# https://anxin-cnc.com llms-full.txt ## CNC Machining Solutions | | | --- | | ![Screen capture]() | ## [$h2](https://anxin-cnc.com/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) _close_ ### Talk with Our Production Team Hello! We just need a few bits of information, and then a manufacturing expert will reach out to you directly to see how we can partner on a future production project. Thank you! We've received your request and a member of our team will reach out shortly. First Name\* Last Name\* Company Email\* Phone Have your designs been prototyped yet?\* Briefly summarize your project needs.\* Send to Our Team ![MADE IN CHINA SERVING THE WORLD](https://anxin-cnc.com/uploadfile/ordinary/1768011760.png) # MADE IN CHINA SERVING THE WORLD ANXIN, provides customized CNC machining parts with competitive price and quality, which also apply to many different industries. Our precise parts receive good response, with a wide client base spread throughout the European and American market. Please feel free to contact us for offering more customized services. [Get a Quote](https://anxin-cnc.com/contact/ "Get A Quote") ISO 9001:2015 certified * * * ## Diversified Processing Services from Prototyping to Production From prototype to mass production, Anxin always provides customers high quality products and fast delivery processing services. * * * | | | --- | | #### Requirement Analysis & Quotation
get in touch with us and send us your products’ drawings for reviewing.
We will Provide a detailed quote including cost, lead time, and feasibility feedback within a few hours. | | | | --- | | #### Order Confirmation & Contract
Customer approves the quote and signs a service agreement.
Payment terms (e.g., deposit, milestones) are finalized. | | | | --- | | #### Production & Quality Control
Raw material procurement and inspection.
Machining/processing with in-process QC checks.
Surface treatment (anodizing, plating, painting, etc.) if required. | | | | --- | | #### Final Inspection & Approval
Full dimensional inspection and performance testing (e.g., CMM, hardness tests).
Share inspection reports (PDF/QC sheets) for customer approval. | | | | --- | | #### Packaging & Shipping
Protective packaging (anti-rust, shockproof) per customer requirements.
Arrange logistics (express, sea/air freight) with tracking updates. | | | | --- | | #### After-Sales Services
Warranty coverage for defects (terms outlined in the contract).
Re-machining or replacements (if applicable). | * * * ## Our Manufacturing Services * * * ![CNC Machining](https://anxin-cnc.com/uploadfile/ordinary/1768016682.webp) | | | --- | | #### [CNC Machining](https://anxin-cnc.com/capabilities/cnc-machining/)
Anxin offers services for both metal and non-metal parts from prototypes to on-demand production. You can receive immediate quotations and choose from over 40 materials and more than 10 surface treatments. | ![CNC Turning](https://anxin-cnc.com/uploadfile/ordinary/1768016743.webp) | | | --- | | #### [CNC Turning](https://anxin-cnc.com/capabilities/cnc-turning/)
It is usually suitable for precision machining of a variety of materials and complex parts. It has the advantage of composite processing and simplifies subsequent processes. | ![5 Axis CNC Machining](https://anxin-cnc.com/uploadfile/ordinary/1768016805.webp) | | | --- | | #### [5 Axis CNC Machining](https://anxin-cnc.com/capabilities/5-axis-cnc-machining/)
ANXIN’s 5-axis machining services offer unparallel speed and flexibility. With an extensive range of advanced 5-axis CNC machines and a long list of materials. | ![Sheet Metal Fabrication](https://anxin-cnc.com/uploadfile/ordinary/1768016870.webp) | | | --- | | #### [Sheet Metal Fabrication](https://anxin-cnc.com/capabilities/sheet-metal-fabrications/)
We transform flat sheets of metal into precise, functional components and enclosures through cutting, bending and assembly. | ![Die Casting](https://anxin-cnc.com/uploadfile/ordinary/1768016920.webp) | | | --- | | #### [Die Casting](https://anxin-cnc.com/capabilities/die-casting/)
Die casting is an efficient metal casting process in which molten metals (such as aluminum, zinc, magnesium alloy) are injected into precision steel molds at high speed and cooled in a short time. | ![Injection Molding](https://anxin-cnc.com/uploadfile/ordinary/1768016981.webp) | | | --- | | #### [Injection Molding](https://anxin-cnc.com/capabilities/injection-molding/)
Injection molding is a kind of molding process in which molten plastic is injected into a closed mold cavity by high pressure, and plastic products are obtained after cooling and curing. | ![3D Printing](https://anxin-cnc.com/uploadfile/ordinary/1768017039.webp) | | | --- | | #### [3D Printing](https://anxin-cnc.com/capabilities/3d-printing/)
Bring Your Ideas to Life.We transform digital designs into physical objects, layer by layer. Perfect for prototyping, custom parts, or creative projects. | ![Wire EDM](https://anxin-cnc.com/uploadfile/ordinary/1768017084.webp) | | | --- | | #### [Wire EDM](https://anxin-cnc.com/capabilities/wire-edm/)
We specialize in machining ultra-hard metals and complex shapes using controlled electrical sparks. The ideal solution when traditional CNC cutting is impossible or inefficient. | * * * ## What Our Clients Say About Us * * * | | | --- | | #### Clinton Say:
Anxin provides competitive pricing and fast lead times. I received my parts in a few weeks and they met all the specifications I had laid out. I would recommend you as a quality supplier. | | | | --- | | #### Joe Say:
You will be on my list of companies that do excellent work, on time, with great communication. I’m very happy with the work Anxin Metal has done for me in the past. | | | | --- | | #### Jordan Say:
Parts came out excellent, good communication, and their machinists has good intuition. Will do business again. | * * * ## Equipment for CNC Machining Factory * * * ![CNC machining factory](https://anxin-cnc.com/uploadfile/ordinary/1768020803.webp) | | | --- | | #### CNC machining factory
Established :2011
Location: Shenzhen
Number of Machines: 25 | ![Metal fabrication factory](https://anxin-cnc.com/uploadfile/ordinary/1768020910.webp) | | | --- | | #### Metal fabrication factory
Established :2015
Location: Shenzhen
Number of Machines: 6 | ![Injection mold factory](https://anxin-cnc.com/uploadfile/ordinary/1768021009.webp) | | | --- | | #### Injection mold factory
Established :2015
Location: Dongguan
Number of Machines: 7 | ![Die casting factory](https://anxin-cnc.com/uploadfile/ordinary/1768021070.webp) | | | --- | | #### Die casting factory
Established :2019
Location: Dongguan
Number of Machines: 3 | ![3D printing factory](https://anxin-cnc.com/uploadfile/ordinary/1768021144.webp) | | | --- | | #### 3D printing factory
Established :2019
Location: Shenzhen
Number of Machines: 10 | ![EDM factory](https://anxin-cnc.com/uploadfile/ordinary/1768021214.webp) | | | --- | | #### EDM factory
Established :2021
Location: Dongguan
Number of Machines: 3 | * * * * * * ## How to Work With Us * * * ### ![Upload a CAD File](https://anxin-cnc.com/uploadfile/ordinary/1768022993.webp) ### Upload a CAD File Start by choosing your preferred manufacturing process, then upload your design file. ### ![Get a Quote](https://anxin-cnc.com/uploadfile/ordinary/1768023058.webp) ### Get a Quote Next, configure project details like material, finishing option, and quantity, receive an accurate quote and DFM feedback, then place your order. ### ![Parts Delivered!](https://anxin-cnc.com/uploadfile/ordinary/1768023130.webp) ### Parts Delivered! Once production is complete and your parts pass quality inspections, they are shipped to you. * * * [Start Your Instant Quote](https://anxin-cnc.com/contact/ "Get A Quote") * * * * * * ## End-to End Solutions for New Product Development - ![Transparent injection molded part](https://anxin-cnc.com/uploadfile/ordinary/1768024785.webp)[Design & Engineering](https://anxin-cnc.com/#Tab64159) _expand\_less_ _expand\_more_ - ![Rapid Prototyping](https://anxin-cnc.com/uploadfile/ordinary/1768024928.webp)[Rapid Prototyping](https://anxin-cnc.com/#Tab85952) _expand\_less_ _expand\_more_ - ![Mass Production](https://anxin-cnc.com/uploadfile/ordinary/1768026661.webp)[Mass Production](https://anxin-cnc.com/#Tab56638) _expand\_less_ _expand\_more_ - ![Packaging Phase](https://anxin-cnc.com/uploadfile/ordinary/1768026536.webp)[Packaging Phase](https://anxin-cnc.com/#Tab18410) _expand\_less_ _expand\_more_ - ![Delivery Services](https://anxin-cnc.com/uploadfile/ordinary/1768026974.webp)[Delivery Services](https://anxin-cnc.com/#Tab18434) _expand\_less_ _expand\_more_ _chevron\_left_ _chevron\_right_ ![Design & Engineering](https://anxin-cnc.com/uploadfile/ordinary/1768024785.webp)Design & Engineering _expand\_less_ _expand\_more_ ### Design & Engineering The core phase of transforming ideas into feasible solutions. Through engineering simulation and optimization, it ensures the optimal balance between aesthetics, functionality, and manufacturability. **Industrial Design** Develop conceptual sketches and product renders to finalize the engineering definition of product appearance. **Mechanical Design** Deliver detailed engineering drawings and documentation compliant with Design for Manufacturability (DFM) requirements. **CMF Design** Plan color, material, and finish specifications to achieve a balance between aesthetic appeal and durability. **Cost Estimation** Provide early-stage cost projections based on the design, along with customized cost-optimization strategies for the target market. [Learn More](https://anxin-cnc.com/solutions/design-services/ "Design & Engineering") ![Design & Engineering](https://anxin-cnc.com/uploadfile/ordinary/1768024785.webp) ![Rapid Prototyping](https://anxin-cnc.com/uploadfile/ordinary/1768024928.webp)Rapid Prototyping _expand\_less_ _expand\_more_ ### Rapid Prototyping The process of quickly turning digital models into physical prototypes. It is used for functional testing, user experience validation, and design iteration, significantly shortening development cycles and reducing early-stage risks. **Manufacturing Advisory Services** Material selection, Design for Manufacturability (DFM) analysis, and recommendations for structural and process optimization. **Assembly and Testing Support** Guidance on assembly processes, development of testing protocols, and delivery of key phase verification reports. **Low-Volume Pilot Production** Execution of small-batch production verification, implementation of full inspection, and enforcement of quality control plans. [Learn More](https://anxin-cnc.com/solutions/rapid-prototype/ "Rapid Prototyping") ![Rapid Prototyping](https://anxin-cnc.com/uploadfile/ordinary/1768024928.webp) ![Mass Production](https://anxin-cnc.com/uploadfile/ordinary/1768026661.webp)Mass Production _expand\_less_ _expand\_more_ ### Mass Production After product validation, the transition into efficient, standardized, and cost-optimized large-scale manufacturing. Leveraging mature supply chains and quality management systems ensures consistent and reliable product delivery. **Supply Chain Integration** Conduct supplier evaluations and deliver systematic audit reports with integration recommendations. **Raw Material Procurement & Management** Assist in developing procurement strategies and perform quality inspection and supply management of raw materials. **Production Time Management** Assist in controlling project timelines, offering actionable estimates aligned with project objectives. **Mass Production Technical Support** Provide process optimization and quality control solutions to ensure smooth production scale-up. [Learn More](https://anxin-cnc.com/solutions/mass-production/ "Mass Production") ![Mass Production](https://anxin-cnc.com/uploadfile/ordinary/1768026661.webp) ![Packaging Phase](https://anxin-cnc.com/uploadfile/ordinary/1768026536.webp)Packaging Phase _expand\_less_ _expand\_more_ ### Packaging Phase Going beyond mere protection, packaging is an extension of brand experience and a direct expression of product value. It integrates brand identity, user experience, logistics compatibility, and sustainability considerations. **Packaging Design** Deliver graphic and structural design solutions, including both 2D and 3D drawings. **Packaging Supplier Management** Conduct qualification reviews of packaging suppliers and provide evaluation analysis reports. **Packaging Sample Testing** Execute sample inspections and deliver sample test reports. **Packaging Execution** Provide packaging production plans, bill of materials, and final production summary reports. [Learn More](https://anxin-cnc.com/solutions/packaging-process/ "Packaging Phase") ![Packaging Phase](https://anxin-cnc.com/uploadfile/ordinary/1768026536.webp) ![Delivery Services](https://anxin-cnc.com/uploadfile/ordinary/1768026974.webp)Delivery Services _expand\_less_ _expand\_more_ ### Delivery Services The final critical step from production line to end-user. Through flexible and reliable logistics and distribution solutions, it ensures safe, timely, and fully traceable delivery, completing the user experience cycle. **Order Processing & Fulfillment** Handling customer orders, managing inventory, and arranging picking and packing, initiating the delivery process. **Warehousing & Inventory Management** Providing secure and efficient storage solutions with real-time inventory monitoring and optimization to ensure product availability. **Transportation Modes & Planning** Planning and managing cross-border trunk line transportation solutions such as air, sea, or international land freight based on cost and time requirements. **After-Sales Service Delivery** Ensuring value-added services such as installation, debugging, and training accompanying the product are delivered accurately and promptly to customers. [Learn More](https://anxin-cnc.com/solutions/delivery-services/ "Delivery Services") ![Delivery Services](https://anxin-cnc.com/uploadfile/ordinary/1768026974.webp) * * * ### FAQs ### Why Choose to cooperate with Anxin？ _expand\_less_ _expand\_more_ **One-stop services** One-stop services manufacturer for products desgin, machining, assembly and reliable testing. **High Quality** Anxin has four-axis, five-axis and other precision machining equipments. The stable processing quality and high precision products have helped us win the praise of many customers. **Professional Team** Our team puts the needs of our customers first and provides timely & professional solutions. ### Is there any quality assurance? _expand\_less_ _expand\_more_ Our QC inspection for each process, from raw materials to finish products would be proceeded accordingly; Quality Control Process in Each order: 1.In coming Quality Control (IQC) 2.In Production Inspection Control (IPQC/PQC) 3.Final Quality Control (FQC) ### How you know the order status without visiting our company? _expand\_less_ _expand\_more_ A detailed production schedule and weekly reports with digital pictures and videos during the process could be provided if you need. We have our own factory, with experienced engineer and production team. It's convenient to provide the real-time production and relant updated information. ### Which payment term you could choose? _expand\_less_ _expand\_more_ 40% prepay then the balance paid before final delivery via Paypal/VEEM/Bank Transfer. Net 30 days or other payment terms need to be confirmed after your inquiry and further communication. ### How to get the quote? _expand\_less_ _expand\_more_ Please send your PDF or 3D drawings(.STP, .IGS, .STEP format) to us, and indicate the material, surface treatment and quantities, then the quote would be provided in 12 hours after confirmation. If you have any other specific requirements, just let us know when you inquiring. * * * ## What’s New at Anxin Metal? * * * ![High Demand Injection molding Plastic Components](https://anxin-cnc.com/uploadfile/ordinary/1771211801.webp) | | | --- | | #### [High Demand Injection molding Plastic Components](https://anxin-cnc.com/product//High-Demand-Injection-molding-Plastic-Components-1234.html)
Material: White Nylon6/6
Surface treatment: Clean&Deburred
Main Process: Injection Molding
Lead Time: Normally about 20-30 days | ![OEM 5 Axis Machining Items with Competitive Price](https://anxin-cnc.com/uploadfile/ordinary/1770805805.webp) | | | --- | | #### [OEM 5 Axis Machining Items with Competitive Price](https://anxin-cnc.com/product//OEM-5-Axis-Machining-Items-with-Competitive-Price-1202.html)
Material: AL 6061-T6
Surface treatment: Sandblast + Red hard anodized
Main Process: 5-Axis Machining
Tolerance: +/-0.01mm | ![High Quality & Cheap Price CNC Milling Component](https://anxin-cnc.com/uploadfile/ordinary/1770784040.webp) | | | --- | | #### [High Quality & Cheap Price CNC Milling Component](https://anxin-cnc.com/product//High-Quality-Cheap-Price-CNC-Milling-Component-1199.html)
Material: AL6061-T6
Surface treatment: Sandblast
Main Process: CNC Milling
Tolerance: +/-0.01mm | * * * a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## CNC Machining Insights - [Blog](https://www.anxin-cnc.com/blog/ "Blog") - [News](https://www.anxin-cnc.com/blog/news/ "News") - News-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](https://www.anxin-cnc.com/blog/news/0001-3.html\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ## Latest Posts * * * | | | --- | | #### [What impact does the development of machining technology have on the economy?](https://www.anxin-cnc.com/blog/What-impact-does-the-development-of-machining-technology-have-on-the-economy-1220.html)
2026-02-16
With the continuous development of science and technology, machining technology plays a vital role in the manufacturing industry. | | | | --- | | #### [How does machining production meet the needs of different customers?](https://www.anxin-cnc.com/blog/How-does-machining-production-meet-the-needs-of-different-customers-1219.html)
2026-02-16
Machining production, as an important production mode, has its unique advantages and characteristics in meeting different customer needs. | | | | --- | | #### [Comparison of advantages and disadvantages of CNC machining center and CNC milling machine](https://www.anxin-cnc.com/blog/Comparison-of-advantages-and-disadvantages-of-CNC-machining-center-and-CNC-milling-machine-1218.html)
2026-02-16
CNC machining centers and CNC milling machines are common CNC machine tools, which play a very important role in industrial production. | | | | --- | | #### [How to check the machining accuracy of CNC machining center?](https://www.anxin-cnc.com/blog/How-to-check-the-machining-accuracy-of-CNC-machining-center-1217.html)
2026-02-16
CNC machining centers are one of the commonly used processing equipment in modern manufacturing industry, with the advantages of high precision, high efficiency, and high stability. | | | | --- | | #### [What Are Advantages Of CNC Machining?](https://www.anxin-cnc.com/blog/What-Are-Advantages-Of-CNC-Machining-1206.html)
2026-02-11
One of the most significant advantages of CNC machining in our factory compared to manual machining is precision. | | | | --- | | #### [OEM / ODM Casting Services - Anxin CNC](https://www.anxin-cnc.com/blog/OEM-ODM-Casting-Services-Anxin-CNC-1204.html)
2026-02-11
Casting-After the metal is melted into a liquid state, it is poured into the cavity of the model that is suitable for the shape and size of the part to be formed. After the liquid metal is cooled and solidified, the mold is opened (or destroyed) to take out the formed casting blank. | | | | --- | | #### [OEM/ ODM CNC Machining Parts Services](https://www.anxin-cnc.com/blog/OEM-ODM-CNC-Machining-Parts-Services-1203.html)
2026-02-11
CNC machining is a mechanical machining method that uses digital information to control the displacement of parts and tools. It is an effective way to solve the problems of variable parts variety, small batch, complex shape and high precision, and to realize high efficiency and automatic processing. | | | | --- | | #### [The Differences Among Zinc Plating, Chrome Plating and Nickel Plating](https://www.anxin-cnc.com/blog/The-Differences-Among-Zinc-Plating-Chrome-Plating-and-Nickel-Plating-1187.html)
2026-02-11
galvanizing refers to the surface treatment technology of plating a layer of zinc on the surface of metal, alloy or other materials for aesthetic appearance and rust prevention. | | | | --- | | #### [The Difference between Hard Anodizing and Ordinary Anodizing](https://www.anxin-cnc.com/blog/The-Difference-between-Hard-Anodizing-and-Ordinary-Anodizing-1186.html)
2026-02-11
50% of the hard oxidized oxide film penetrates into the aluminum alloy and 50% adheres to the surface of the aluminum alloy. Therefore, the external size of the product becomes larger and the internal pores become smaller after hard oxidation. | a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## CNC Milling Services - [Product](http://www.anxin-cnc.com/product/ "Product") - [CNC Milling](http://www.anxin-cnc.com/product/cnc-milling/ "CNC Milling") - CNC Milling-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/product/cnc-milling/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ## Latest Posts * * * [![High Quality & Cheap Price CNC Milling Component](http://www.anxin-cnc.com/uploadfile/ordinary/1770784040.webp)](http://www.anxin-cnc.com/product/High-Quality-Cheap-Price-CNC-Milling-Component-1199.html) | | | --- | | #### [High Quality & Cheap Price CNC Milling Component](http://www.anxin-cnc.com/product/High-Quality-Cheap-Price-CNC-Milling-Component-1199.html)
2026-02-11
Material: AL6061-T6
Surface treatment: Sandblast
Main Process: CNC Milling
Tolerance: +/-0.01mm | a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Precision Machining Services - [Capabilities](http://www.anxin-cnc.com/capabilities/ "Capabilities") - [Machining Services](http://www.anxin-cnc.com/capabilities/machining-services/ "Machining Services") - precision CNC machined parts for Anxin Metal | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/capabilities/precision-machining/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ![Precision Machining Services for Anxin Metal](http://www.anxin-cnc.com/uploadfile/ordinary/1768528105.webp) # Precision Machining Services for Anxin Metal ## Anxin Precision Machining: Where intricate designs meet impeccable craftsmanship. Our state-of-the-art machining solutions ensure superior accuracy and consistency, empowering your projects with components you can depend on. [Get A Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") ISO 9001:2015 #### How to Achieve Precision Machining? 1. Select high-precision machining equipment such as [5-axis CNC machining](http://www.anxin-cnc.com/capabilities/5-axis-cnc-machining/) centers and precision grinders; conduct regular equipment calibration, spindle dynamic balance testing and guide rail lubrication maintenance to ensure equipment operation accuracy. 2. Optimize machining processes, including rational tool path planning and precise setting of cutting parameters (rotational speed, feed rate, cutting depth); prioritize the one-clamping multi-process machining method to reduce the impact of clamping errors on precision. 3. Match precision tools and fixtures with high rigidity and wear resistance; select appropriate tool coatings according to workpiece [materials](http://www.anxin-cnc.com/resources/materials/), and conduct good tool wear monitoring and timely replacement. 4. Control the machining environment to maintain constant temperature and humidity and reduce vibration interference; at the same time, assign professional technicians to operate the equipment to ensure the standardization and stability of the machining process. #### Principles of Precision Machining . **1. High-precision** **Motion Control:** CNC systems with high-resolution encoders and servo motors drive multi-axis (3/4/5-axis) coordinated movement, ensuring micron-level tool path accuracy and batch consistency. **2. Thermal** **Deformation Mitigation:** Stable constant-temperature environments and real-time CNC thermal compensation offset dimensional deviations caused by heat-induced expansion or contraction of workpieces and equipment. **3. Cutting** **Force & Vibration Reduction:** Optimized cutting parameters and high-rigidity, wear-resistant tools minimize cutting force; rigid machine tool structures suppress chatter to avoid workpiece deformation. **4. Precision** **Fixturing & Clamping:** Specialized fixtures and one-stop clamping reduce cumulative errors from multiple setups, maintaining precise relative positions across all machined surfaces. #### How to Measure Precision Machining Dimensions? **1. Contact** **Measurement:** Use tools like micrometers, calipers, and height gauges for direct measurement of lengths, diameters, and depths with high accuracy. **2. Optical** **Measurement:** Adopt vision measuring machines or laser scanners for non-contact detection of complex surfaces, avoiding workpiece deformation. **3. Coordinate** **Measurement:** Utilize CMM (Coordinate Measuring Machine) to measure 3D coordinates of key features, suitable for precision components like [5-axis machined parts.](http://www.anxin-cnc.com/capabilities/5-axis-cnc-machining/) * * * ## Key Characteristics of Precision Machining #### 1. Ultra-high Dimensional Accuracy Delivers components with tight tolerances down to micron or sub-micron levels, meeting the strictest precision requirements of aerospace, medical and high-end manufacturing industries. #### 2. Superior Surface Finish Minimizes tool marks and surface roughness through optimized cutting parameters and high-precision equipment, eliminating the need for additional post-processing in most cases. #### 3. Complex Geometry Machinability Enables one-step machining of intricate 3D contours, curved surfaces and multi-angle features (especially with 5-axis systems), reducing setup times and cumulative errors from multiple clamping operations. #### 4. Exceptional Batch Consistency Relies on computer numerical control (CNC) systems to ensure identical machining results across large production runs, maintaining stable quality and reducing component rejection rates. #### 5. Wide Material Adaptability Handles a broad spectrum of materials—from soft engineering plastics to hard aerospace alloys and composites—while retaining high precision and surface quality. ![Precision Machining](http://www.anxin-cnc.com/uploadfile/editor/20260116095814_92095.webp) * * * ## Technological Procedures of Precision Machining #### 1. Pre-machining Preparation Conduct DFM (Design for Manufacturability) analysis to optimize component designs for precision machining; select suitable raw materials and cutting tools based on material properties and accuracy requirements; program [CNC machining](http://www.anxin-cnc.com/capabilities/cnc-machining/) paths with simulation to avoid tool collision. #### 2. Precision Fixturing & Clamping Use specialized fixtures (e.g., vacuum chucks, hydraulic clamps) to position the workpiece stably; adopt one-clamping setup to minimize cumulative errors from multiple clamping operations; calibrate fixtures to ensure alignment with machine tool axes. #### 3. Multi-stage Machining Operation Perform rough machining first to remove excess material efficiently with relatively large cutting parameters; conduct semi-finish machining to refine the workpiece shape and reduce machining allowance; execute finish machining with high spindle speed, low feed rate and small cutting depth to achieve the required dimensional accuracy and surface finish; apply [5-axis machining](http://www.anxin-cnc.com/capabilities/5-axis-cnc-machining/) for complex contours to ensure multi-angle machining in one setup. #### 4. In-process Quality Monitoring Implement real-time measurements using on-machine probes during machining to check key dimensions; adjust cutting parameters dynamically according to monitoring data to compensate for dimensional deviations; conduct thermal compensation to offset errors caused by temperature changes. #### 5. Post-machining Treatment & Inspection Carry out necessary post-processing such as deburring, cleaning and surface coating to improve component performance; conduct final inspection with precision instruments (e.g., CMM, vision measuring machines) to verify compliance with design tolerances; issue quality inspection reports for traceability. * * * ![Key Application Industries of Precision Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1768529067.webp) ### Key Application Industries of Precision Machining #### 1. Aerospace Components High-precision parts like turbine blades, aircraft structural components, and engine casings, which demand strict tolerances and excellent performance under extreme conditions. #### 2. Medical Devices & Implants Biocompatible components such as surgical instruments, dental implants, and prosthetic parts, requiring micron-level accuracy to ensure safety and compatibility with the human body. #### 3. Automotive High-performance Parts Critical components including fuel injectors, transmission gears, and sensor housings, where precision directly impacts vehicle efficiency, stability and lifespan. #### 4. Optical & Electronic Components Precision parts like lens molds, semiconductor equipment parts, and MEMS sensors, which need ultra-smooth surfaces and accurate geometric dimensions for optimal functionality. #### 5. Precision Molds & Dies Injection molds, stamping dies, and die-casting molds with intricate cavities and cores, where precision machining ensures consistent quality of molded products. #### 6. Robot Industry Components High-precision robotic joints, gearboxes, end-effector parts, and sensor mounting brackets, which require tight dimensional accuracy to guarantee smooth motion, precise positioning and long-term operational stability of robotic systems [Check Out the Toolkit](http://www.anxin-cnc.com/capabilities/precision-machining/ "Key Application Industries of Precision Machining") * * * ## Materials Suitable for Precision Machining #### 1. Ferrous Metals **-** **Tool Steel & Mold Steel:** Characterized by high hardness and wear resistance, these steels are ideal for manufacturing precision molds, dies, and cutting tools. Precision machining ensures the intricate cavity geometries and smooth surfaces required for injection molding and stamping applications. **-** **Stainless Steel:** With excellent corrosion resistance and mechanical strength, grades like 304 and 316 are widely used for [medical devices](http://www.anxin-cnc.com/resources/materials/), aerospace fasteners, and food-processing equipment parts, where tight tolerances and surface finish are critical. #### 2. Non-ferrous Metals **-** **Aluminum Alloys:** Lightweight, high-strength aluminum alloys (e.g., 6061, 7075) are easy to machine and deliver high precision, making them a top choice for aerospace structural parts, automotive components, and electronic enclosures. **-** **Titanium Alloys:** High strength-to-weight ratio and biocompatibility make titanium alloys (e.g., Ti-6Al-4V) suitable for aerospace turbine blades and medical implants. Precision [5-axis machining](http://www.anxin-cnc.com/capabilities/5-axis-cnc-machining/) is key to shaping their tough structures while maintaining micron-level accuracy. #### 3. Engineering Plastics - High-performance plastics such as PEEK, PTFE, and nylon offer chemical resistance, low friction, and dimensional stability. They are precision-machined into components for medical devices, aerospace insulators, and robotic parts, with minimal deformation during processing. #### 4. Composite Materials - Carbon Fiber-Reinforced Polymers (CFRP) and Glass Fiber-Reinforced Polymers (GFRP) are favored for high-strength, lightweight applications in aerospace and automotive industries. Precision machining with specialized cutting tools prevents delamination, ensuring the structural integrity of complex parts. * * * ![Surface Treatment Processes for Precision Machined Products](http://www.anxin-cnc.com/uploadfile/ordinary/1768529397.webp) ### Surface Treatment Processes for Precision Machined Products #### 1. Mechanical Finishing Includes grinding, polishing, and honing. These processes remove tool marks, reduce surface roughness, and enhance dimensional accuracy, ideal for components requiring ultra-smooth surfaces like mold cores and hydraulic parts. #### 2. Chemical Surface Treatment Covers passivation, pickling, and chemical polishing. Passivation forms a protective oxide layer on stainless steel to improve corrosion resistance; chemical polishing brightens metal surfaces without altering precise dimensions. #### 3. Electrochemical Treatment Features electroplating and anodizing. Anodizing creates a hard, wear-resistant oxide film on aluminum alloys for aerospace and automotive components; electroplating (e.g., nickel, chrome plating) adds corrosion protection and aesthetic appeal to precision parts. #### 4. Thermal Surface Treatment Involves nitriding and carburizing. These processes diffuse nitrogen or carbon into the metal surface to boost hardness and wear resistance, suitable for high-load precision components such as gears and bearing seats in robotic systems. #### 5. Coating Treatment Encompasses physical vapor deposition (PVD) and chemical vapor deposition (CVD). PVD coatings (e.g., TiN, TiCN) offer high hardness and low friction for cutting tools and precision molds; CVD coatings provide excellent thermal stability for components used in extreme environments. [Check Out the Toolkit](http://www.anxin-cnc.com/capabilities/precision-machining/ "Surface Treatment Processes for Precision Machined Products") * * * ### Precision Machining Frequently Asked Questions (FAQs) ### Which materials are most suitable for precision machining? _expand\_less_ _expand\_more_ A: Common materials include tool steel, stainless steel, aluminum alloys, titanium alloys, PEEK, CFRP, and other high-performance plastics and composites. ### How does 5-axis machining improve precision machining outcomes? _expand\_less_ _expand\_more_ A: 5-axis machining enables one-clamp multi-angle machining of complex parts, reduces cumulative errors from multiple setups, and ensures superior surface finish for intricate contours. ### What factors affect the surface finish of precision-machined parts? _expand\_less_ _expand\_more_ A: Key factors include cutting parameters (spindle speed, feed rate), tool material and coating, machine tool rigidity, and post-processing steps like deburring and polishing. ### What quality inspection tools are used for precision machining? _expand\_less_ _expand\_more_ A: Typical tools include coordinate measuring machines (CMM), vision measuring systems, micrometers, height gauges, and on-machine probes for real-time monitoring. ### How to avoid thermal deformation during precision machining? _expand\_less_ _expand\_more_ A: Solutions include maintaining a constant-temperature workshop, applying CNC thermal compensation algorithms, and selecting cutting parameters that minimize heat generation. ### Can precision machining handle both small-batch prototyping and large-scale production? _expand\_less_ _expand\_more_ A: Yes, it is highly flexible—CNC programming allows quick switching between prototypes and mass production while ensuring consistent accuracy across batches. ### What industries rely most on precision machining services? _expand\_less_ _expand\_more_ A: Core industries include [aerospace](http://www.anxin-cnc.com/industries-we-serve/areospace/), medical devices, [automotive](http://www.anxin-cnc.com/industries-we-serve/automative/), robotics, optical electronics, and precision mold manufacturing. * * * ![](http://www.anxin-cnc.com/media/azffyncj/pl_new_process_page_ctas_pim-process.jpg?width=1920&height=290&v=1d85ba7337807c0) Get an online quote and injection molding design analysis today. [Get a Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Automatic Bicycle Solutions # Automatic Bicycle Industry Anxin specializes in precision machining and assembly of high-performance components for the automatic bicycle industry. We craft custom parts including lightweight alloy frames, durable brake brackets, and precision gear components, all engineered to enhance riding stability and mechanical efficiency. Backed by strict quality control protocols, our solutions meet the rigorous standards of bicycle manufacturers and aftermarket suppliers worldwide. [Start a Project](http://www.anxin-cnc.com/contact/ "Get A Quote") * * * * * * ## Customized Solutions for the Automatic Bicycle Industry **1\. Core Drive Component Precision** **Machining** High-precision CNC machining for e-bike core drive parts (motor housings, gear shafts, brake calipers, pedal spindles) with strict tolerance control, ensuring transmission stability and running safety of e-bike power systems. **2\. Lightweight & High-Strength** **Part Customization** Tailored machining for e-bike special materials (high-grade aluminum alloy, magnesium alloy, carbon steel), optimizing cutting and forming processes to balance the lightweight design of frames/parts and structural strength for load-bearing and anti-fatigue needs. **3\. Custom Machining for Functional** **Accessories** One-stop customized machining for non-standard e-bike functional parts (battery brackets, controller housings, suspension components, handlebar connectors), flexibly meeting personalized design and model upgrading requirements of e-bike manufacturers. **4\. Surface Treatment &** **Durability Customization** Customized industrial surface finishing (anodizing, powder coating, electroplating, sandblasting) for e-bike machined parts, enhancing corrosion resistance, scratch resistance and wear resistance, adapting to outdoor riding and complex environmental use. **5\. Assembly-Friendly Structural** **Machining** Optimize component dimensional accuracy and fitting structure combined with e-bike assembly processes, ensuring seamless matching of precision parts, reducing assembly debugging time and improving the overall production efficiency of e-bike production lines. * * * * * * ## Why Choose Us? Anxin is a reliable machining partner for the e-bike industry, with high-precision core part machining, lightweight high-strength material processing, durable surface treatment and flexible customization, delivering stable and reliable machining solutions for e-bike core components and accessories. * * * ### \*High-Precision Core Part Machining Strict tolerance control for motor housings, gear shafts and brake parts, ensuring e-bike transmission stability and riding safety. ### \*Lightweight & High-Strength Machining Tailored processing for aluminum/magnesium alloy, balancing e-bike lightweight design and structural load-bearing strength. ### \*Durable Surface Treatment Anodizing, powder coating and electroplating, enhancing parts’ corrosion and scratch resistance for outdoor complex use. ### \*Flexible Customized Production Support non-standard accessory customization and small-batch production, adapting to e-bike model upgrading and personalized design needs. * * * [Start Your Instant Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") * * * * * * ## Our Manufacturing Services Anxin offers one-stop manufacturing services, covering precision CNC machining, sheet metal fabrication, 3D printing, and a full range of capabilities. From complex precision components to large structural parts, we deliver efficiently to meet your diverse manufacturing needs. ### [CNC Machining](http://www.anxin-cnc.com/capabilities/cnc-machining/ "CNC Machining") Anxin offers services for both metal and non-metal parts from prototypes to on-demand production. You can receive immediate quotations and choose from over 40 materials and more than 10 surface treatments. [![CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1768016682.webp)](http://www.anxin-cnc.com/capabilities/cnc-machining/ "3 Axis CNC Machining") ### [CNC Turning](http://www.anxin-cnc.com/capabilities/cnc-turning/ "CNC Turning") It is usually suitable for precision machining of a variety of materials and complex parts. It has the advantage of composite processing and simplifies subsequent processes. [![CNC Turning](http://www.anxin-cnc.com/uploadfile/ordinary/1768016743.webp)](http://www.anxin-cnc.com/capabilities/cnc-turning/ "3 Axis CNC Machining") ### [5 Axis CNC Machining](http://www.anxin-cnc.com/capabilities/5-axis-cnc-machining/ "5 Axis CNC Machining") ANXIN’s 5-axis machining services offer unparallel speed and flexibility. With an extensive range of advanced 5-axis CNC machines and a long list of materials. [![5 Axis CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1768016805.webp)](http://www.anxin-cnc.com/capabilities/5-axis-cnc-machining/ "3 Axis CNC Machining") ### [Sheet Metal Fabrication](http://www.anxin-cnc.com/capabilities/sheet-metal-fabrications/ "Sheet Metal Fabrication") We transform flat sheets of metal into precise, functional components and enclosures through cutting, bending and assembly. [![Sheet Metal Fabrication](http://www.anxin-cnc.com/uploadfile/ordinary/1768016870.webp)](http://www.anxin-cnc.com/capabilities/sheet-metal-fabrications/ "3 Axis CNC Machining") ### [Die Casting](http://www.anxin-cnc.com/capabilities/die-casting/ "Die Casting") Die casting is an efficient metal casting process in which molten metals (such as aluminum, zinc, magnesium alloy) are injected into precision steel molds at high speed and cooled in a short time. [![Die Casting](http://www.anxin-cnc.com/uploadfile/ordinary/1768016920.webp)](http://www.anxin-cnc.com/capabilities/die-casting/ "3 Axis CNC Machining") ### [Injection Molding](http://www.anxin-cnc.com/capabilities/injection-molding/ "Injection Molding") Injection molding is a kind of molding process in which molten plastic is injected into a closed mold cavity by high pressure, and plastic products are obtained after cooling and curing. [![Injection Molding](http://www.anxin-cnc.com/uploadfile/ordinary/1768016981.webp)](http://www.anxin-cnc.com/capabilities/injection-molding/ "3 Axis CNC Machining") ### [3D Printing](http://www.anxin-cnc.com/capabilities/3d-printing/ "3D Printing") Bring Your Ideas to Life.We transform digital designs into physical objects, layer by layer. Perfect for prototyping, custom parts, or creative projects. [![3D Printing](http://www.anxin-cnc.com/uploadfile/ordinary/1768017039.webp)](http://www.anxin-cnc.com/capabilities/3d-printing/ "3 Axis CNC Machining") ### [Wire EDM](http://www.anxin-cnc.com/capabilities/wire-edm/ "Wire EDM") We specialize in machining ultra-hard metals and complex shapes using controlled electrical sparks. The ideal solution when traditional CNC cutting is impossible or inefficient. [![Wire EDM](http://www.anxin-cnc.com/uploadfile/ordinary/1768017084.webp)](http://www.anxin-cnc.com/capabilities/wire-edm/ "3 Axis CNC Machining") * * * ### Automatic Bicycle Industry * * * Materials & Surface Finishes ![Materials](http://www.anxin-cnc.com/uploadfile/ordinary/1769244929.webp) ### Materials We provide an extensive range of materials — from durable metals and versatile plastics to high-strength composites — to support your diverse project requirements. [View all Materials](http://www.anxin-cnc.com/resources/materials/ "Materials") ![Surface Finishes](http://www.anxin-cnc.com/uploadfile/ordinary/1769244987.webp) ### Surface Finishes Our superior surface finishing solutions enhance both the longevity and aesthetic quality of your components, perfectly addressing the needs of applications requiring smooth or custom-textured surfaces. [View all Surface Finishes](http://www.anxin-cnc.com/resources/surface-finishes/ "Surface Finishes") ![Applications of Automatic Bicycle Parts](http://www.anxin-cnc.com/uploadfile/ordinary/1769245114.webp) # Applications of Automatic Bicycle Parts Our precision-machined e-bike components deliver superior structural stability and operational reliability, engineered to meet the performance, safety and durability demands of electric bicycles and intelligent riding equipment. **\- Power Systems:** Motor housings, gear shafts and transmission fittings, ensuring smooth power output and stable operation for e-bike drive systems. **\- Brake & Safety Components:** Precision brake caliper parts, rotor fittings and lock components, guaranteeing responsive braking and riding safety. **\- Frame & Structural Fittings:** Lightweight connection parts, bracket components and pivot shafts, balancing structural strength and e-bike lightweight design. **\- Control & Accessory Parts:** Controller housings, sensor mounts and battery bracket fittings, matching the precise assembly and functional stability of intelligent e-bike systems. * * * * * * Start Your Next Project Today [Get Instant Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## CNC Services Overview - [Capabilities](http://www.anxin-cnc.com/capabilities/ "Capabilities") - [More Services](http://www.anxin-cnc.com/capabilities/more-services/ "More Services") - More Services-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/capabilities/more-services/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ![Custom 3D Printing Services](http://www.anxin-cnc.com/uploadfile/ordinary/1768876422.webp) ### Custom 3D Printing Services #### The First Lesson of 3D Printing for the Curious: How Does It Turn "Virtual" into "Reality"? Breaking down complex 3D objects into simple 2D layers and precisely reconstructing them through material accumulation is the core principle. What makes this revolutionary is its ability to create a super-short chain from design to physical reality, enabling personalized customization and the fabrication of intricate internal structures—capabilities that traditional manufacturing methods can hardly achieve. [Read More](http://www.anxin-cnc.com/capabilities/3d-printing/ "") ### The Definition of Die Casting Die Casting is a kind of metal casting process. Its core feature is to apply high pressure to the molten metal in the mold cavity, so that the metal fills the cavity under pressure and cools rapidly to form, thereby producing high-precision and highly complex metal parts. It is an indispensable component forming technology in modern manufacturing, especially in the automotive and electronics industries. [Read More](http://www.anxin-cnc.com/capabilities/die-casting/ "") ![The Definition of Die Casting](http://www.anxin-cnc.com/uploadfile/ordinary/1769130680.webp) ![Injection Molding Services](http://www.anxin-cnc.com/uploadfile/ordinary/1769132371.webp) ### Injection Molding Services Injection molding is a mass production process in which plastic materials are heated to melt them into a fluid state and then injected under high pressure into a sealed metal mold cavity. After cooling and solidification, plastic products with exactly the same shape as the mold cavity are obtained. A simple metaphor: It’s like using a syringe to inject liquid into a cavity model. After the liquid solidifies, a fixed shape can be obtained. It’s just that this process is industrialized and highly automated. [Read More](http://www.anxin-cnc.com/capabilities/injection-molding/ "") ### Wire Electrical Discharge Machining Anxin Precision leverages advanced Wire Electrical Discharge Machining (WEDM) to craft high-precision components for aerospace, medical, electronic and automotive industries. Our WEDM process enables non-contact machining of hard, brittle materials and complex geometries, delivering micron-level accuracy and superior surface finish. Backed by OEM/ODM customization capabilities and cost-effective solutions, we turn your intricate design needs into reliable, high-quality parts. [Read More](http://www.anxin-cnc.com/capabilities/wire-edm/ "") ![Wire Electrical Discharge Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1769134128.webp) ![Assembly Services](http://www.anxin-cnc.com/uploadfile/ordinary/1770117309.webp) ### Assembly Services \\* Precision assembly, one-stop solution, ISO-certified quality. \\* ±0.005mm accuracy, flexible production, on-time delivery. \\* Component to complete machine assembly, reliable support for your projects [Read More](http://www.anxin-cnc.com/capabilities/assembly/ "") Get an online quote and injection molding design analysis today. [Get a Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Marine Industry Solutions # Marine Industry Anxin excels in precision machining and assembly of high-performance marine components, including hull structural fittings, navigation device brackets, and marine engine parts. Our products are engineered to withstand harsh saltwater corrosion and extreme maritime conditions, adhering to stringent international marine industry standards. We provide customizable solutions to meet the diverse needs of boat manufacturers, marine equipment suppliers, and offshore engineering projects. [Start a Project](http://www.anxin-cnc.com/contact/ "Get A Quote") * * * * * * ## Customized Solutions for the Marine Industry #### 1\. Marine Core Component Precision Machining High-precision CNC machining for marine key components (propeller shafts, valve parts, hull structural fittings, navigation equipment housings) with strict tolerance control, ensuring the operational precision and structural stability of marine equipment in harsh maritime conditions. #### 2\. Anti-Corrosion Material & Process Customization Tailored machining for marine-specified anti-corrosion materials (marine grade stainless steel, aluminum alloy, copper-nickel alloy, titanium alloy), optimizing cutting and forming processes to match the high corrosion resistance demand of parts in seawater and humid marine environments. #### 3\. Heavy-Duty & High-Load Part Machining Customized machining schemes for large marine heavy-duty components (deck machinery parts, winch components, rudder system fittings), enhancing component load-bearing capacity and fatigue resistance through professional process design and heat treatment, adapting to marine equipment’s long-term heavy-duty operation. #### 4\. Marine Grade Surface Finishing Customized marine-specific surface treatments (anti-corrosion plating, passivation, hot-dip galvanizing, spray coating) for machined parts, improving salt spray resistance, rust prevention and wear resistance, extending the service life of marine components in offshore and deep-sea scenarios. #### 5\. Non-Standard Marine Accessory Customization One-stop customized machining for non-standard marine fittings and functional parts (mooring components, pipeline connectors, marine pump parts), flexibly meeting the personalized design and equipment upgrading needs of shipbuilding and marine engineering projects. * * * * * * ## Why Choose Us? Anxin is a reliable machining partner for the marine industry, with high-precision marine part machining, anti-corrosion material processing, heavy-duty component customization and rigorous quality control, providing durable and stable machining solutions for marine core components and fittings. * * * ### \*High-Precision Marine Part Machining Strict tolerance control for propeller shafts, valve parts and navigation equipment housings, ensuring operational precision of marine equipment in harsh maritime conditions. ### \*Anti-Corrosion Material Processing Professional machining for marine-grade stainless steel, copper-nickel alloy, optimizing processes to match seawater and humid environment corrosion resistance demands. ### \*Heavy-Duty Component Customization Tailored machining for large marine structural parts, enhancing load-bearing and fatigue resistance to adapt to long-term heavy-duty marine equipment operation. ### \*Rigorous Multi-Stage Quality Control Full-process precision inspection, ensuring dimensional consistency and long service life of marine machined parts in offshore and deep-sea scenarios. * * * [Start Your Instant Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") * * * * * * ## Our Manufacturing Services Anxin offers one-stop manufacturing services, covering precision CNC machining, sheet metal fabrication, 3D printing, and a full range of capabilities. From complex precision components to large structural parts, we deliver efficiently to meet your diverse manufacturing needs. ### [CNC Machining](http://www.anxin-cnc.com/capabilities/cnc-machining/ "CNC Machining") Anxin offers services for both metal and non-metal parts from prototypes to on-demand production. You can receive immediate quotations and choose from over 40 materials and more than 10 surface treatments. [![CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1768016682.webp)](http://www.anxin-cnc.com/capabilities/cnc-machining/ "3 Axis CNC Machining") ### [CNC Turning](http://www.anxin-cnc.com/capabilities/cnc-turning/ "CNC Turning") It is usually suitable for precision machining of a variety of materials and complex parts. It has the advantage of composite processing and simplifies subsequent processes. [![CNC Turning](http://www.anxin-cnc.com/uploadfile/ordinary/1768016743.webp)](http://www.anxin-cnc.com/capabilities/cnc-turning/ "3 Axis CNC Machining") ### [5 Axis CNC Machining](http://www.anxin-cnc.com/capabilities/5-axis-cnc-machining/ "5 Axis CNC Machining") ANXIN’s 5-axis machining services offer unparallel speed and flexibility. With an extensive range of advanced 5-axis CNC machines and a long list of materials. [![5 Axis CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1768016805.webp)](http://www.anxin-cnc.com/capabilities/5-axis-cnc-machining/ "3 Axis CNC Machining") ### [Sheet Metal Fabrication](http://www.anxin-cnc.com/capabilities/sheet-metal-fabrications/ "Sheet Metal Fabrication") We transform flat sheets of metal into precise, functional components and enclosures through cutting, bending and assembly. [![Sheet Metal Fabrication](http://www.anxin-cnc.com/uploadfile/ordinary/1768016870.webp)](http://www.anxin-cnc.com/capabilities/sheet-metal-fabrications/ "3 Axis CNC Machining") ### [Die Casting](http://www.anxin-cnc.com/capabilities/die-casting/ "Die Casting") Die casting is an efficient metal casting process in which molten metals (such as aluminum, zinc, magnesium alloy) are injected into precision steel molds at high speed and cooled in a short time. [![Die Casting](http://www.anxin-cnc.com/uploadfile/ordinary/1768016920.webp)](http://www.anxin-cnc.com/capabilities/die-casting/ "3 Axis CNC Machining") ### [Injection Molding](http://www.anxin-cnc.com/capabilities/injection-molding/ "Injection Molding") Injection molding is a kind of molding process in which molten plastic is injected into a closed mold cavity by high pressure, and plastic products are obtained after cooling and curing. [![Injection Molding](http://www.anxin-cnc.com/uploadfile/ordinary/1768016981.webp)](http://www.anxin-cnc.com/capabilities/injection-molding/ "3 Axis CNC Machining") ### [3D Printing](http://www.anxin-cnc.com/capabilities/3d-printing/ "3D Printing") Bring Your Ideas to Life.We transform digital designs into physical objects, layer by layer. Perfect for prototyping, custom parts, or creative projects. [![3D Printing](http://www.anxin-cnc.com/uploadfile/ordinary/1768017039.webp)](http://www.anxin-cnc.com/capabilities/3d-printing/ "3 Axis CNC Machining") ### [Wire EDM](http://www.anxin-cnc.com/capabilities/wire-edm/ "Wire EDM") We specialize in machining ultra-hard metals and complex shapes using controlled electrical sparks. The ideal solution when traditional CNC cutting is impossible or inefficient. [![Wire EDM](http://www.anxin-cnc.com/uploadfile/ordinary/1768017084.webp)](http://www.anxin-cnc.com/capabilities/wire-edm/ "3 Axis CNC Machining") * * * ### Marine Industry * * * Materials & Surface Finishes ![Materials](http://www.anxin-cnc.com/uploadfile/ordinary/1769404399.webp) ### Materials We provide an extensive range of materials — from durable metals and versatile plastics to high-strength composites — to support your diverse project requirements. [View all Materials](http://www.anxin-cnc.com/industries-we-serve/marine/ "Materials") ![Surface Finishes](http://www.anxin-cnc.com/uploadfile/ordinary/1769404426.webp) ### Surface Finishes Our superior surface finishing solutions enhance both the longevity and aesthetic quality of your components, perfectly addressing the needs of applications requiring smooth or custom-textured surfaces. [View all Surface Finishes](http://www.anxin-cnc.com/industries-we-serve/marine/ "Surface Finishes") ![Applications of Marine Parts](http://www.anxin-cnc.com/uploadfile/ordinary/1769404564.webp) # Applications of Marine Parts Our precision-machined marine components deliver superior anti-corrosion performance and structural durability, engineered to meet the rigorous demands of marine equipment in harsh offshore and seawater environments. **\- Marine Propulsion:** Propeller shafts, valve parts and gearbox components, ensuring stable power transmission and corrosion resistance for ship propulsion systems. **\- Navigation & Instrumentation:** Sensor housings, antenna brackets and instrument fittings, guaranteeing reliable performance for marine navigation and monitoring systems. **\- Hull & Structural Fittings:** Marine-grade connection parts, bracket components and fasteners, withstanding extreme marine loads and long-term seawater erosion. **\- Marine Auxiliary Equipment:** Pump parts, filter housings and pipeline fittings, complying with marine anti-corrosion and pressure resistance standards for auxiliary systems. * * * * * * Start Your Next Project Today [Get Instant Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Machine Tool Solutions # Machine Tool Industry Anxin specializes in the precision machining and custom assembly of core machine tool components. We fabricate high-hardness parts including spindle brackets, slide rail fixtures, and gear housings, engineered to meet the stringent precision and durability demands of industrial machine tools. Our strict quality inspection procedures ensure consistent performance, supporting machine tool manufacturers in optimizing equipment stability and operational efficiency. [Start a Project](http://www.anxin-cnc.com/contact/ "Get A Quote") * * * * * * ## Customized Solutions for the Machine Tool Industry #### 1\. Core Part Precision Machining High-precision [CNC machining](http://www.anxin-cnc.com/capabilities/cnc-machining/) for machine tool core components (spindles, slide rails, tool holders, base parts) with strict tolerance control, ensuring the machining accuracy and operational stability of machine tool equipment. #### 2\. Heavy-Duty & High-Rigidity Machining Customization Tailored machining processes for large, heavy-duty machine tool structural parts, optimizing milling, turning and boring processes to enhance component rigidity and load-bearing capacity, matching the high-performance operation requirements of machine tools. #### 3\. Material & Surface Treatment Matching Professional machining for machine tool-specified materials (alloy steel, cast iron, hard alloy) and customized surface finishing (quenching, tempering, grinding, plating), improving component wear resistance, corrosion resistance and service life. #### 4\. Non-Standard Component Customization One-stop customized machining for non-standard machine tool accessories and functional parts, flexibly meeting the personalized design and upgrading transformation needs of different machine tool models. #### 5\. High-Efficiency Machining & Assembly Adaptation Optimize component dimensional consistency and structural design combined with machine tool assembly processes, achieving seamless fit of parts, reducing assembly debugging time and improving the overall production efficiency of machine tool equipment. * * * * * * ## Why Choose Us? Anxin is a dependable machining partner for the machine tool industry, with high-precision & high-rigidity machining, professional hard material processing, strict quality control and customized non-standard part solutions, delivering stable and durable machining support for machine tool core components * * * ### \*High-Precision & High-Rigidity Machining Strict tolerance control, optimized machining processes for structural parts, ensuring machine tool operational accuracy and stability. ### \*Professional Hard Material Processing Mature technology for alloy steel, hard alloy and other machine tool-specified materials, with matching heat treatment for wear resistance. ### \*Rigorous Multi-Stage Quality Control High-precision testing for dimensional accuracy and rigidity, ensuring part consistency and long-term service life of machine tools. ### \*Customized Non-Standard Part Machining One-stop customization for non-standard machine tool fixtures and core parts, flexible adaptation to personalized design needs. * * * [Start Your Instant Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") * * * * * * ## Our Manufacturing Services Anxin offers one-stop manufacturing services, covering precision CNC machining, sheet metal fabrication, 3D printing, and a full range of capabilities. From complex precision components to large structural parts, we deliver efficiently to meet your diverse manufacturing needs. ### [CNC Machining](http://www.anxin-cnc.com/capabilities/cnc-machining/ "CNC Machining") Anxin offers services for both metal and non-metal parts from prototypes to on-demand production. You can receive immediate quotations and choose from over 40 materials and more than 10 surface treatments. [![CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1768016682.webp)](http://www.anxin-cnc.com/capabilities/cnc-machining/ "3 Axis CNC Machining") ### [CNC Turning](http://www.anxin-cnc.com/capabilities/cnc-turning/ "CNC Turning") It is usually suitable for precision machining of a variety of materials and complex parts. It has the advantage of composite processing and simplifies subsequent processes. [![CNC Turning](http://www.anxin-cnc.com/uploadfile/ordinary/1768016743.webp)](http://www.anxin-cnc.com/capabilities/cnc-turning/ "3 Axis CNC Machining") ### [5 Axis CNC Machining](http://www.anxin-cnc.com/capabilities/5-axis-cnc-machining/ "5 Axis CNC Machining") ANXIN’s 5-axis machining services offer unparallel speed and flexibility. With an extensive range of advanced 5-axis CNC machines and a long list of materials. [![5 Axis CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1768016805.webp)](http://www.anxin-cnc.com/capabilities/5-axis-cnc-machining/ "3 Axis CNC Machining") ### [Sheet Metal Fabrication](http://www.anxin-cnc.com/capabilities/sheet-metal-fabrications/ "Sheet Metal Fabrication") We transform flat sheets of metal into precise, functional components and enclosures through cutting, bending and assembly. [![Sheet Metal Fabrication](http://www.anxin-cnc.com/uploadfile/ordinary/1768016870.webp)](http://www.anxin-cnc.com/capabilities/sheet-metal-fabrications/ "3 Axis CNC Machining") ### [Die Casting](http://www.anxin-cnc.com/capabilities/die-casting/ "Die Casting") Die casting is an efficient metal casting process in which molten metals (such as aluminum, zinc, magnesium alloy) are injected into precision steel molds at high speed and cooled in a short time. [![Die Casting](http://www.anxin-cnc.com/uploadfile/ordinary/1768016920.webp)](http://www.anxin-cnc.com/capabilities/die-casting/ "3 Axis CNC Machining") ### [Injection Molding](http://www.anxin-cnc.com/capabilities/injection-molding/ "Injection Molding") Injection molding is a kind of molding process in which molten plastic is injected into a closed mold cavity by high pressure, and plastic products are obtained after cooling and curing. [![Injection Molding](http://www.anxin-cnc.com/uploadfile/ordinary/1768016981.webp)](http://www.anxin-cnc.com/capabilities/injection-molding/ "3 Axis CNC Machining") ### [3D Printing](http://www.anxin-cnc.com/capabilities/3d-printing/ "3D Printing") Bring Your Ideas to Life.We transform digital designs into physical objects, layer by layer. Perfect for prototyping, custom parts, or creative projects. [![3D Printing](http://www.anxin-cnc.com/uploadfile/ordinary/1768017039.webp)](http://www.anxin-cnc.com/capabilities/3d-printing/ "3 Axis CNC Machining") ### [Wire EDM](http://www.anxin-cnc.com/capabilities/wire-edm/ "Wire EDM") We specialize in machining ultra-hard metals and complex shapes using controlled electrical sparks. The ideal solution when traditional CNC cutting is impossible or inefficient. [![Wire EDM](http://www.anxin-cnc.com/uploadfile/ordinary/1768017084.webp)](http://www.anxin-cnc.com/capabilities/wire-edm/ "3 Axis CNC Machining") * * * ### Machine Tool Industry * * * Materials & Surface Finishes ![Materials](http://www.anxin-cnc.com/uploadfile/ordinary/1769403583.webp) ### Materials We provide an extensive range of materials — from durable metals and versatile plastics to high-strength composites — to support your diverse project requirements. [View all Materials](http://www.anxin-cnc.com/resources/materials/ "Materials") ![Surface Finishes](http://www.anxin-cnc.com/uploadfile/ordinary/1769403633.webp) ### Surface Finishes Our superior surface finishing solutions enhance both the longevity and aesthetic quality of your components, perfectly addressing the needs of applications requiring smooth or custom-textured surfaces. [View all Surface Finishes](http://www.anxin-cnc.com/resources/surface-finishes/ "Surface Finishes") ![Applications of Machine Tool Parts](http://www.anxin-cnc.com/uploadfile/ordinary/1769403777.webp) # Applications of Machine Tool Parts Our high-precision, high-rigidity machined components deliver exceptional durability and stability, engineered to meet the heavy-duty, high-precision demands of industrial machine tools and equipment. **\- Machine Tool Structures:** Base frame fittings, slide rail components and spindle brackets, ensuring machining accuracy and structural rigidity for CNC lathes and milling machines. **\- Transmission Systems:** Gear shaft parts, bearing housings and coupling components, optimizing rotational precision and load capacity for smooth power transmission. **\- Tooling & Fixturing:** Precision clamps, tool holders and fixture bases, matching the high-precision positioning requirements of machining operations. **\- Control & Actuation:** Linear guide parts, actuator brackets and sensor mounts, guaranteeing responsive and accurate motion control for automated machine tools. * * * * * * Start Your Next Project Today [Get Instant Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Die Casting Services - [Capabilities](http://www.anxin-cnc.com/capabilities/ "Capabilities") - [More Services](http://www.anxin-cnc.com/capabilities/more-services/ "More Services") - Custom Die Casting Services for Anxin Metal | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/capabilities/die-casting/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ![The Definition of Die Casting](http://www.anxin-cnc.com/uploadfile/ordinary/1769130680.webp) # The Definition of Die Casting ## Die Casting is a kind of metal casting process. Its core feature is to apply high pressure to the molten metal in the mold cavity, so that the metal fills the cavity under pressure and cools rapidly to form, thereby producing high-precision and highly complex metal parts. It is an indispensable component forming technology in modern manufacturing, especially in the automotive and electronics industries. [Get A Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") Certifications ISO 9001:2015 #### The Core Value of Die Casting: From Two Aspects We can understand it from two dimensions. Manufacturers (suppliers) and product users (demanders) : It is not merely "casting" itself, but a systematic engineering solution that has created an irreplaceable comprehensive advantage for modern manufacturing. #### I. Core values for manufacturers (Suppliers) : Scale efficiency and cost advantage #### 1\. Unparalleled production efficiency **· High-speed cycle:** The production time for a single piece is measured in seconds, and the annual output of a single die-casting machine can reach hundreds of thousands or even millions of pieces. **· High automation:** The entire process from smelting, injection molding to part picking and spraying is fully automated and integrated, achieving 7x24-hour continuous production and significantly reducing reliance on manual labor and costs. #### 2\. Outstanding economy (under the premise of large volume **· Extremely low unit cost:** Although the initial investment in the Die is huge, once it goes into mass production, its cost is spread over a vast number of parts, making the unit manufacturing cost extremely low. **· High material utilization rate:** The gates, runner channels, and waste products generated can be 100% recycled and remelted, with minimal material loss. **· Reduce subsequent processing:** The near-net forming capacity reduces a large number of secondary processing procedures such as cutting and grinding, saving equipment and working hours. #### 2\. Core values for the product and end users (demand side) : Performance and design freedom #### 1.Achieve a high degree of integration of complex functions It can form parts with complex geometric shapes, thin walls, fine textures and internal structures in one go, integrate multiple components into a single die-cast part, reduce assembly processes, and enhance the overall structural strength and reliability of the product. This is its most core engineering value. #### 2\. Excellent dimensional accuracy and consistency Through precise molds and highly controllable processes, die-castings possess excellent dimensional stability and interchangeability, providing a reliable guarantee for modern assembly lines and serving as the foundation for high-quality large-scale manufacturing. #### 3\. Superior mechanical properties and surface quality Solidification under high pressure makes the casting structure dense, with high strength and hardness. The surface of the casting is smooth and can be directly subjected to various aesthetic surface treatments (such as spraying, electroplating, anodizing, etc.), meeting the appearance requirements of consumer electronic products. #### 4\. Promote lightweighting and sustainable development It mainly uses lightweight materials such as aluminum alloy and magnesium alloy, and is a key technology for achieving weight reduction and energy conservation in transportation vehicles, especially electric vehicles.The materials are recyclable and in line with the concept of green manufacturing. * * * ## The Basic Process Flow of Die Casting **1.** **Mo****l****d closing:** After cleaning the mold and spraying the mold release agent, lock the two parts of the mold under high pressure to form a sealed cavity. **2.** **Injection:** Molten metal is filled into the mold cavity at an extremely fast speed and high pressure through an injection system. **3.** **Pressure holding and cooling:** After injection, maintain the pressure to compensate for the shrinkage of the metal during solidification, while the mold cools to solidify the casting. **4.** **Mold opening:** After the casting has initially cooled and solidified, separate the two parts of the mold. **5.** **Ejection:** The ejector pin mechanism inside the mold operates to automatically push the formed casting out of the mold. **6.** **Post-treatment:** Remove excess materials such as gates and flash, and carry out grinding, shot blasting, machining and other treatments to obtain the finished product. #### 2. The Main advantages and disadvantages of Die Casting **·** **Advantages:** **·** **High efficiency** **:** Fast production rhythm and high degree of automation. **·** **High precision and complexity:** Capable of manufacturing parts with threads, inserts, and complex internal structures. **·** **Excellent surface quality:** The surface of the casting is smooth and can usually be used directly or only requires a small amount of processing. **·** **High material utilization rate:** The gate and waste can be remelted and reused. **·** **High strength:** Solidifies under pressure, with a dense structure and excellent mechanical properties. **·** **Disadvantages:** **·** **Huge initial investment:** The cost of molds is extremely high. **·** **Only suitable for large-scale production:** to spread out the high mold costs. **·** **Material limitations:** Limited to specific non-ferrous metal alloys, not suitable for high-melting-point metals such as iron and steel. **·** **Possible porosity:** High-speed filling may entrap air, affecting the compactness and heat treatability of the parts (but this can be improved through techniques such as vacuum die-casting). ![](http://www.anxin-cnc.com/uploadfile/editor/20260123091801_76107.webp) * * * ## Anxin’s Ability in Die Casting #### 1\. Full-process solution, focusing on the core **One-stop service:** We offer a complete vertically integrated supply chain, covering mold design and manufacturing, precision die-casting, CNC finishing, surface treatment (such as spraying and anodizing), and final assembly. You don’t need to manage multiple suppliers, making communication more efficient, responsibilities more unified, and delivery dates more guaranteed. #### 2\. Technical strength and R&D support **· Advanced technological** **capabilities:** We employ real-time controlled die-casting machines, equipped with advanced processes such as vacuum die-casting and local extrusion, which can effectively reduce porosity, enhance the density and mechanical properties of castings, and meet the demands of high-demand structural components. **.Molds are our core competitiveness:** we have a senior mold design team and high-precision mold processing centers. We not only manufacture molds, but also focus on optimizing the pouring and discharging system to ensure product quality from the source, improve yield and extend the service life of molds. **· Materials Science Support:** Proficient in the properties of various materials such as aluminum alloys, zinc alloys, and magnesium alloys, we can provide professional material selection and optimization suggestions based on your product performance (such as strength, thermal conductivity, corrosion resistance), cost, and process requirements. #### 3\. Large-scale and flexible production capacity **· Scale and Efficiency:** With a cluster of die-casting islands ranging from medium and small tonnage to large tonnage, we can not only handle large orders but also reduce costs and ensure stable supply through large-scale production. **· Flexible response:** Meanwhile, we possess rapid mold change (SMED) capabilities and flexible production lines, which can efficiently handle the trial production and order demands of small and medium-sized batches and multiple varieties, facilitating the rapid iteration and market launch of your new products. #### 4\. Cost optimization and value co-creation **· Comprehensive cost advantage:** With process optimization, high yield rate and full-process independent production, we can provide you with a competitive overall cost while ensuring quality. **· Value Engineering Services:** We are not only manufacturers but also partners. Our engineering team is willing to get involved early (ESI), providing manufacturability analysis (DFM) from the product design stage to help optimize the structure, reduce material usage, simplify the process, and help you reduce costs and increase efficiency. * * * ![Material Selection on Die Casting](http://www.anxin-cnc.com/) ### Material Selection on Die Casting #### 1. Aluminum alloy (the most commonly used and having the highest proportion) Aluminum alloy is the most widely used and important material in die-casting processes, perfectly balancing performance, weight and cost. #### · Common grades: **·** **ADC12 (A383) :** The most commonly used die-casting aluminum alloy, with balanced castability, mechanical properties and corrosion resistance, is often used in automotive and electronic housings. **·** **A380:** Its strength and heat resistance are slightly better than those of ADC12, and it has excellent fluidity. It is widely used. **· ADC10 (A360) :** It has particularly good corrosion resistance and air tightness, making it suitable for thin-walled parts with high requirements. **·** **AlSi9Cu3 (similar to A380) :** A commonly used grade in Europe, it has excellent comprehensive performance. #### 2. Zinc alloy The die-casting performance of zinc alloy is almost the best among all metals, making it suitable for manufacturing very precise, thin-walled and structurally complex parts. #### · Common grades: **·** **Zamak 3 (Most commonly used) :** It features excellent fluidity and mechanical properties, and is the most versatile. **·** **Zamak 5:** It has a higher copper content, and its strength and hardness are superior to Zamak 3, but its dimensional stability is slightly inferior. **·** **ZA-8:** With a high aluminum content, it has better strength and creep resistance, and can be used at higher temperatures. #### 3. Magnesium alloy Magnesium alloy has the lowest density among all structural metals and is the choice for those pursuing ultimate lightweighting. #### · Common grades: **·** **AZ91D:** The most commonly used die-casting magnesium alloy, it features excellent strength, corrosion resistance and casting performance. **·** **AM60B, AM50A:** They have better ductility and toughness and are often used in automotive seat frames, steering wheels and other structures that require energy absorption. #### 4. Copper alloys (Brass) Copper alloy die casting is mainly used in situations that require special properties (such as electrical conductivity, thermal conductivity, corrosion resistance, and antibacterial properties), but due to its high melting point and large mold wear, the cost is relatively high. **·** **Common grades:** mainly brass (copper-zinc alloy), such as CZ132, etc. [Check Out the Toolkit](http://www.anxin-cnc.com/capabilities/die-casting/ "Material Selection on Die Casting") * * * ## A Panoramic View of Die-Casting Processes ![](http://www.anxin-cnc.com/uploadfile/editor/20260123092534_34521.webp) Selection logic · Seeking speed and complexity → High-pressure die-casting · Seek strength and density → Low-pressure/vacuum die casting · Seeking ultimate performance → Semi-solid/extrusion die casting · Seeking disruptive design → Integrated die-casting * * * ![Key Application Industries](http://www.anxin-cnc.com/uploadfile/ordinary/1769131740.webp) ### Key Application Industries #### 1\. Automotive industry (the largest application field **· Powertrain:** Engine block, cylinder head, oil pan, transmission housing, clutch housing. **· Structural and safety components:** Battery pack casings, motor casings, electronic control boxes, and structural brackets (subframes, etc.) for new energy vehicles. **· Chassis system:** Steering gear housing, braking system components (such as calipers, master cylinders). **· Interior and exterior:** door handles, instrument panel brackets, center console frame, wheels, decorative strips. #### 2\. Consumer electronics **· Shells and structural compo** **nents:** notebook computer shells, mobile phone frames/stands, tablet computer shells, camera bodies, smartwatch shells. **· Internal components:** heat sink, shielding cover, connector, hinge (such as notebook hinge). **· Features:** Mainly made of magnesium and aluminum alloy, it meets the requirements of lightness, thinness, heat dissipation, electromagnetic shielding and strength. #### 3\. Aerospace and National Defense **· Aircraft components:** engine blades, helicopter transmission system housings, aviation instrument housings, seat parts, unmanned aerial vehicle fuselage structural components. **· Spacecraft and missiles:** Navigation equipment shells, satellite components. #### 4\. Industrial Equipment and Mechanical manufacturing **· Power tools:** housings and gearboxes of electric tools and pneumatic tools (such as housings of electric drills and Angle grinders). **· Pumps, valves and hydraulic** **components:** pump body, valve body, compressor housing, hydraulic joints. **·Textile** **and food machinery:** frames, gears, bearing housings. #### 5\. Medical equipment **· Diagnostic equipment:** Slip rings, stents, and X-ray machine parts in imaging equipment such as CT and MRI. **· Treatment equipment:** components of operating tables, housings of ventilators, shells of dental equipment, structural parts of medical robots. [Check Out the Toolkit](http://www.anxin-cnc.com/capabilities/die-casting/ "Key Application Industries") * * * ### Die Casting Frequently Asked Questions (FAQs) ### Die casting vs. injection molding? _expand\_less_ _expand\_more_ A: Metals for die-casting (high strength and good thermal conductivity), plastics for injection molding (light and insulating). Die casting has higher pressure/temperature and more expensive molds. ### What are the key points in die-casting part design? _expand\_less_ _expand\_more_ A: Uniform wall thickness, add draft Angle, avoid sharp corners (use rounded corners), and simplify the structure to reduce mold complexity. ### How long is the service life of a die-casting mold (mold base)? _expand\_less_ _expand\_more_ A: Aluminum/magnesium alloy molds: approximately 500,000 to 1,000,000 times; Zinc alloy molds: Can reach over one million times. It depends on the materials, design and maintenance. ### What is "integrated die casting"? _expand\_less_ _expand\_more_ A: A cutting-edge trend in automotive manufacturing: Using super-large die-casting machines to form body components (such as the rear floor), which were originally composed of dozens of parts, in one go significantly reduces weight, lowers costs, and enhances production efficiency. ### Can die-castings be heat-treated or welded? _expand\_less_ _expand\_more_ A: Be cautious. There may be pores inside traditional die-castings, which may cause the parts to expand or have defects during heat treatment or welding. Structural components produced by special processes (such as vacuum die-casting and high-density die-casting) can undergo subsequent processing. * * * Get an online quote and injection molding design analysis today. [Get a Quote](http://www.anxin-cnc.com/contact "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Metal Bending Services - [Capabilities](http://www.anxin-cnc.com/capabilities/ "Capabilities") - [Fabrication Services](http://www.anxin-cnc.com/capabilities/fabrication-services/ "Fabrication Services") - Custom Sheet Metal Bending Services for Anxin Metal | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/capabilities/metal-bending/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ![Metal bending: The core process for precisely shaping the industrial world](http://www.anxin-cnc.com/uploadfile/ordinary/1768873143.webp) # Metal bending: The core process for precisely shaping the industrial world ## Metal bending is one of the most fundamental and crucial forming processes in modern manufacturing. It is a processing method that applies controllable external force to cause plastic deformation of metal plates, pipes or profiles at specific positions, thereby obtaining the required angles and shapes. [Get A Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") Certifications ISO 9001:2015 The first impression that metal gives people is always hard and not easy to deform. However, from the steel structures of skyscrapers to the precise components in your mobile phone, countless metal products have undergone the magical transformation of "bending". Behind this is not magic, but a perfect combination of materials science and precision engineering. Let’s explore together the practical working principle of metal bending. #### I. The physical essence of Metal Bending: Plastic Deformation **1.** **Changes in the microscopic world** When an external force acts on a metal, its internal crystal structure begins to slide and reorganize. Just like the relative sliding between the cards when a deck of playing cards is bent in the hand - the metal atomic layers also rearrange in a similar way, forming a permanent shape change. **2.** **Key threshold** **: Yield strength** Every metal has its "yield point" - this is the critical point at which a material transitions from elastic deformation (recoverable) to plastic deformation (permanent change). Successful industrial bending must be precisely controlled above this point, but it should not be excessive to cause breakage. #### 2.Bending characteristics of different materials 1. Low-carbon steel has good ductility and is easy to bend to control springback. Generally, it needs to be over-bent by 2-3° 2. Stainless steel has high strength and great resilience, so it requires greater pressure. Pay attention to surface protection 3. Aluminum is soft but prone to cracking. Control the bending speed and avoid a radius that is too small 4. Copper and brass have excellent ductility. Pay attention to softening treatment to prevent work hardening #### 3. The limit of bending: Under what circumstances will metals break? Metal bending is not infinitely possible, and its boundary is determined by the minimum bending radius: **Formula:** Minimum radius ≈ material thickness × material coefficient For example, the minimum bending radius of a 2mm thick low-carbon steel plate is approximately 0.8mm (thickness ×0.4). Exceeding the limit will lead to: cracking on the outer surface, wrinkling on the inner surface, and a significant reduction in strength * * * ## The Core Value of Metal Bending #### 1\. Structural Integrity Value **·Fiber Continuity:** The bending process does not cut off the grain flow direction within the metal. Compared with welding and assembly, the fatigue strength of parts formed by bending is increased by 30-50% **· No heat-affected zone:** Avoid material embrittlement, deformation and residual stress caused by welding **· Integrated molding:** Single-piece molding for complex structures, eliminating the risk of connection point failure #### 2.Economic value: Multiple returns on every input. **· Material** **savings:** Reduce raw material waste by an average of 15-25%, and maximize the utilization rate of sheet metal through precise calculation of the unfolded size **· Process integration:** A single process replaces multiple steps such as "cutting - positioning - welding - trimming", reducing labor costs by over 40% **· Energy consumption economy:** Compared with hot processing such as casting and forging, the energy consumption of cold bending forming is only 1/3 to 1/2 #### 3\. Design freedom value: The physical foundation for Unleashing creativity. **· Geometric diversity:** Achieve diverse shapes such as acute angles, obtuse angles, gradually changing arcs, and compound angles **· Thin-wall forming capability:** It can process metal plates as thin as 0.3mm without losing stability **· Precise shape control:** Modern equipment can achieve an Angle accuracy of ±0.1° and a position accuracy of ±0.05mm #### 4.Sustainability Value: The Practical Path of Green Manufacturing **· Material recyclability friendly:** Bent parts are easy to disassemble and sort for recycling, maintaining the purity of a single material **· Process cleanliness:** A cold working process with no chemical treatment and minimal waste generation **· Lightweight contribution:** By optimizing the structural design, a weight reduction of 20-40% is achieved under the same strength, lowering the energy consumption throughout the product’s life cycle ![Metal Bending](http://www.anxin-cnc.com/uploadfile/editor/20260120094442_48158.webp) * * * ## Choose Anxin for Metal Bending and You will Get **I. Accuracy Commitment:** ±0.1° Angle accuracy, ±0.05mm repeat positioning accuracy **2.Cost optimization:** Through process optimization, the average comprehensive cost for customers is reduced by 20% to 30% **3\. Fast Delivery:** With a professional sample-making channel, regular parts can be delivered within 2 or 3 days **4\. Professional Engineering** **Support:** Free manufacturability analysis (DFM) is provided, with an optimization design success rate of over 98% **5\. Quality Assurance:** Dual certifications of ISO 9001 and IATF 16949, with full digital traceability throughout the process **6\. Technological Leadership:** Equipped with a fully automatic intelligent bending center, it supports the one-click completion of complex processes **7\. Flexible Production Capacity:** From 1 piece to tens of thousands of pieces, we can efficiently undertake them and ensure consistent quality In Short: We make complex metal bending simple, reliable and economical. * * * ![Material Selection on Metal Bending](http://www.anxin-cnc.com/) ### Material Selection on Metal Bending #### I. For Steel **1.** **Low-carbon steel** SPCC (Cold-rolled Sheet), DC01 (European Standard), Q235 (plain carbon steel) **2.** **High-strength steel** Q345 (Low Alloy High Strength Steel), 45# steel (medium carbon steel), Hardox (Wear-resistant Steel **3.** **Stainless steel** 304 (General Stainless Steel), 316 (Medical/Chemical grade), 430 (Ferritic stainless steel) **4.** **Coated steel** · Galvanized sheet (SGCC/DX51D), Aluminized zinc sheet, Color-coated steel sheet #### 2. For Aluminum **1.** **Pure aluminum series** · 1050/1060 (High-purity aluminum), 1100 (Industrial pure Aluminum) **2.** **Aluminum alloy series** · 5052 (Anti-rust aluminum, most commonly used), 6061 (Structural aluminum, T6 state), 6063 (Architectural Profiles), 7075 (Ultra-High Strength) **3.** **Special aluminium materials** Aluminum-magnesium alloy (Series 5), Aluminum-manganese alloy (Series 3) #### 3. For Copper **1.** **Pure copper** · T2 red copper **2.** **Copper alloy** · H62 brass (most commonly used),  H65 brass,  QSn6.5-0.1 tin bronze, QBe2 beryllium bronze #### 4. Other Metals **1.Titanium** **and titanium alloys** · Pure titanium (TA1/TA2), TC4 (Ti-6Al-4V, most commonly used) **2.** **Magnesium alloy** · AZ31B,  AZ91D **3.** **Nickel alloy** Monel alloy, Inco nickel alloy [Check Out the Toolkit](http://www.anxin-cnc.com/capabilities/metal-bending/ "Material Selection on Metal Bending") * * * ## Quality Inspection System&Surface Treatment Options for Metal Bending #### I. Dimension Inspection **1.** **Traditional measuring tool inspection** · Vernier calipers and height gauges · Feeler gauge/clearance gauges **2.** **Specialized inspection tools for testing** · Angle gauge/Angle block · R gauge **3.** **High-precision instrument detection** · 2D image measuring instrument · 3D Coordinate Measuring machine #### 2. Surface Treatment #### I. Pretreatment (Crucial) **1.** **Degreasing/oil removal:** Use alkaline cleaning agents or organic solvents to remove lubricating oil and stains from the stamping and bending processes. **2.** **Rust removal:** Use mechanical methods (such as sandblasting, shot blasting) or chemical methods (acid washing) to remove the oxide scale and rust layer. **3.** **Deburring:** Grind, polish or use "chemical polishing" or "electrolytic polishing" to remove micro-burrs on the sharp edges produced by bending to ensure safety and the quality of subsequent coatings. #### 2. Main Treatment (Core Process) **1.** **Electroplating** · Galvanization · Chrome plating · Nickel plating **2.** **Chemical conversion membrane** Phosphating Chromate treatment (passivation) **3.** **Spraying** · Powder coating · Liquid spray painting **4.** **Anodizing (mainly used for aluminum alloys)** **5.** **Other methods:** · Brushing/Polishing · Silk-screen printing/laser marking · Dacromet/Jumeite * * * ![Key Application Industries](http://www.anxin-cnc.com/uploadfile/ordinary/1768874164.webp) ### Key Application Industries #### 1\. The automotive industry **· Body structure:** Door frame, roof longitudinal beam, chassis components **· Power system:** Exhaust manifold, intake pipe, turbocharging pipeline **· Interior parts:** Seat frame, dashboard bracket, seat belt fasteners **· Chassis system:** Suspension control arm, torsion beam, stabilizer bar **· Special for new energy vehicles:** battery pack housing, motor bracket, charging port frame #### 2\. Aerospace **· Fuselage structure:** Skin reinforcing ribs, frame, wing ribs **· Interior components:** Luggage rack, seat frame, partition **· Engine components:** intake port, nozzle bracket **· Spacecraft:** Satellite brackets, rocket fairing assemblies #### 3\. Electronic equipment **· Chassis and cabinets:** server racks, network cabinets, control boxes **· Heat dissipation system:** heat sink, air deflector, fan bracket **· Internal structure:** Motherboard bracket, hard disk holder, power supply fixing board #### 4\. Electrical equipment **· Power distribution system:** Switch cabinet frame, bus duct, cable tray **· Transformer:** casing, heat sink, installation bracket **· Control equipment:** Control panel, button box, instrument box #### 5\. Medical equipment **· Diagnostic equipment:** CT frame, X-ray machine slide rail, ultrasound probe bracket **· Treatment equipment:** Operating table frame, dialysis machine bracket, physical therapy equipment shell **· Auxiliary equipment:** infusion stand, wheelchair frame, hospital bed guardrail [Check Out the Toolkit](http://www.anxin-cnc.com/capabilities/metal-bending/ "Key Application Industries") * * * ### Metal Bending Frequently Asked Questions (FAQs) ### What is the difference between metal bending and metal forming? _expand\_less_ _expand\_more_ A: Bending: When the focusing Angle changes, the material fibers remain basically continuous · Forming: It covers a broader range (including stretching, stamping, spinning, etc.) and may involve complex three-dimensional shape changes Bending is a form of forming, but forming is not necessarily bending ### What are the common methods of metal bending? _expand\_less_ _expand\_more_ A: ·V-shaped bending: The most commonly used, suitable for over 90% of regular parts · Roll bending: Used for arc-shaped parts and pipes · Bending: High-precision requirements · Folded edge: Enhances edge strength · Hot bending: Thick plates or special materials ### Which metal materials are suitable for bending? _expand\_less_ _expand\_more_ A: Materials with good ductility are easy to bend, such as: · Excellent: low-carbon steel, pure aluminum, copper materials · Good: Stainless steel 304, aluminum-magnesium alloy · More difficult: high-carbon steel, hard aluminum, titanium alloy ### Why are there cracks on the surface of the parts after bending? _expand\_less_ _expand\_more_ A: Main reasons: The bending radius is too small The material is too hard or has poor ductility There are burrs or defects on the edges ### What is rebound? How to control it? _expand\_less_ _expand\_more_ A: Springback is the phenomenon where the Angle decreases after bending. Control method · Cornering compensation (extra 2-5° turns) · Pressurize and maintain pressure · Pre-compensation of mold angles Special materials require heat treatment * * * Get an online quote and injection molding design analysis today. [Get a Quote](http://www.anxin-cnc.com/contact "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## CNC Machining Insights - [Blog](https://www.anxin-cnc.com/blog/ "Blog") - [News](https://www.anxin-cnc.com/blog/news/ "News") - News-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](https://www.anxin-cnc.com/blog/news/0001-4.html\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ## Latest Posts * * * | | | --- | | #### [General characteristics and types of chrome plating](https://www.anxin-cnc.com/blog/General-characteristics-and-types-of-chrome-plating-1185.html)
2026-02-11
Although the polarization value of chromium plating is large, the polarization degree is very small, so the dispersion and coverage of the plating solution are very poor, and auxiliary anodes and protective cathodes are often used; | | | | --- | | #### [The Classification and Uses of Brass](https://www.anxin-cnc.com/blog/The-Classification-and-Uses-of-Brass-1184.html)
2026-02-11
According to the different types of alloy elements contained in brass, brass is divided into ordinary brass and special brass. Brass for pressure processing is called deformed brass. | | | | --- | | #### [Electroplating Process Requirements](https://www.anxin-cnc.com/blog/Electroplating-Process-Requirements-1183.html)
2026-02-11
Between the coating and the base metal coating and the coating, there should be good adhesion; | | | | --- | | #### [Quality Control for CNC Machining Parts](https://www.anxin-cnc.com/blog/Quality-Control-for-CNC-Machining-Parts-1182.html)
2026-02-10
In order to deliver reliable first-class quality parts that satisfy our every client’s requirement, we adopt systematic inspection solutions, applied the whole manufacturing process. | | | | --- | | #### [How fast is the machining speed of CNC machining center?](https://www.anxin-cnc.com/blog/How-fast-is-the-machining-speed-of-CNC-machining-center-1180.html)
2026-02-10
CNC machining center is an efficient and precise machining equipment, which can realize a variety of machining operations, including milling, drilling, turning and so on. Its processing speed depends on many factors, such as workpiece material, cutting tools, cutting parameters, etc. | | | | --- | | #### [Aluminum for cnc machining](https://www.anxin-cnc.com/blog/Aluminum-for-cnc-machining-1177.html)
2026-02-07
Aluminum is a premier choice for CNC machining due to its excellent machinability, high strength-to-weight ratio,, corrosion resistance, and thermal conductivity. | | | | --- | | #### [Metals for CNC Machining](https://www.anxin-cnc.com/blog/Metals-for-CNC-Machining-1176.html)
2026-02-07
Common metals for CNC machining include aluminum (6061, 7075), stainless steel (303, 304, 316), brass, titanium, and mild steel, selected for their strength, durability, and conductivity. | | | | --- | | #### [Custom CNC machining parts China factory services](https://www.anxin-cnc.com/blog/Custom-CNC-machining-parts-China-factory-services-1175.html)
2026-02-07
Surface treatment & color: Nitrated & Chemical Black with 72 hours salt spray testing; Hardness HRC 58±2, EHT 0.8~1.0 mm | | | | --- | | #### [What Are Advantages Of CNC Machining?](https://www.anxin-cnc.com/blog/What-Are-Advantages-Of-CNC-Machining-1174.html)
2026-02-07
One of the most significant advantages of CNC machining in our factory compared to manual machining is precision. Without the constant attention of a skilled operator | a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Steel Alloy CNC Machining - [Materials](http://www.anxin-cnc.com/materials/ "Materials") - [CNC Machining Materials](http://www.anxin-cnc.com/materials/cnc-machining-materials/ "CNC Machining Materials") - Steel Alloy CNC Machining-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/materials/steel-alloy-cnc-machining/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ## Latest Posts * * * There is no content in this category! a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Laser Cutting Services - [Capabilities](http://www.anxin-cnc.com/capabilities/ "Capabilities") - [Fabrication Services](http://www.anxin-cnc.com/capabilities/fabrication-services/ "Fabrication Services") - Precise laser cut parts for rapid prototyping and production for Anxin Metal | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/capabilities/laser-cutting/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ![Custom Laser Cutting Services](http://www.anxin-cnc.com/uploadfile/ordinary/1768734572.webp) # Custom Laser Cutting Services ## Replacing "knife" with "light" and precisely melting/vaporizing materials through high-energy laser beams to achieve non-contact and high-precision cutting serves as a direct bridge from digital manufacturing to physical forming. [Get A Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") Certifications ISO 9001:2015 #### Principle Revealed— Laser Cutting Imagine focusing sunlight with a magnifying glass to ignite a piece of paper. The principle of laser cutting is similar to this, but the energy is concentrated and countless times more powerful. Laser cutting is like using a "pen of light" with extremely high temperatures to "write" or "cut" on materials with micron-level precision. **·** **Generating laser:** The laser (like the "heart" of a machine) excites particles in a specific gas (such as CO2) or crystal through electrical energy, producing a beam of light that is pure in color, consistent in direction, and highly concentrated in energy. **·** **Conduction and Focusing:** This laser beam is guided by a lens and a mirror and is focused by a special focusing lens into a very fine light spot (usually with a diameter of less than 0.1 millimeters). This light spot is like a "superpower needle tip", concentrating a huge energy density here. **·** **Cutting materials:** When this high-energy light spot shines on the surface of the material, the local temperature rises sharply to several thousand or even tens of thousands of degrees Celsius in an instant (millisecond level), causing the material to melt, vaporize or reach its ignition point rapidly. Meanwhile, the cutting head will spray auxiliary gases (such as air, oxygen, or nitrogen) to blow away the slag and cool the cutting seam, thus forming a clean and smooth cut. The machine moves the cutting head or worktable through the numerical control system. The light spot, like an invisible pen, precisely "draws" along the preset path and eventually separates the material. #### Core parameter: The control password for the effect Adjusting parameters is the "art" of laser cutting, as they jointly determine the cutting quality, speed and energy consumption. **·** **Power:** The energy output of the laser. The unit is usually the watt. **·** **Impact:** The higher the power, the stronger the cutting ability (capable of cutting thicker materials), and the speed can also be faster. However, if the power is too high, it may cause the material to overburn or deform; if it is too low, it cannot be cut through. It needs to be adjusted in coordination with the speed. **·** **Speed:** The speed at which the cutting head moves. **·** **Impact:** The slower the speed, the longer the laser acts on a unit area, the deeper the cutting, but the greater the thermal effect (the edge may be more charred and yellow). If the speed is too fast, it may not be cut through. Fine patterns require a slower speed to ensure accuracy. **·** **Frequency:** The number of times a laser pulse is emitted per second (Hz). For continuous-wave lasers, this parameter has little influence. It is crucial for pulsed mode lasers. **·** **Impact:** High frequencies (such as above 5000Hz) are suitable for continuous cutting, and the cut surface is smooth. Low frequencies (such as 20-100Hz) form point-like pulses, which are suitable for engraving, drilling or cutting fragile materials and can reduce heat accumulation. * * * ## Core Advantages of Laser Cutting #### 1\. Precision revolution **· Micron-level control:** The slit width can reach 0.1mm (hair thickness) **· No tool wear:** The laser "knife" never becomes dull, and the quality of the first piece is consistent with that of a thousand pieces **· Complex without difficulty:** From simple straight lines to fractal patterns, the cutting complexity increases almost at zero cost #### 2\. A model of flexible manufacturing **· Zero mold cost:** Direct drive production from CAD files, especially suitable for: · Prototype verification (1 piece is sufficient) · Small-batch customization (10-100 pieces) · Personalized products (each one different) · Quick switching: Changing the cutting graphics only requires changing the file, which takes less than 5 minutes #### 3\. Material universality **· Crossing boundaries:** The same device can cut: **· Metals:** steel, aluminium, copper **· Non-metallic materials:** acrylic, wood, fabric **· Composite materials:** carbon fiber, laminate **· Thickness coverage:** From 0.1mm thin foil to 50mm thick plate (determined by power ![](http://www.anxin-cnc.com/uploadfile/editor/20260118194012_45573.webp) * * * ## Why Choose ANXIN for Laser Cutting #### I. Technical Accuracy and reliability **1\. Industrial-grade precision** **guarantee** **· Advanced equipment configuration:** Equipped with international top brand laser cutting systems such as TRUMPF from Germany and BYSTRONIC from Switzerland, with a positioning accuracy of ±0.03mm **· Fully automatic calibration** **system:** Each shift automatically performs beam calibration and focus detection to ensure consistent cutting quality **· Strict quality control process:** Implement a three-level quality system of full inspection of the first article, random inspection during the process, and final inspection of finished products, with 100% measurement of key dimensions **2\. Material handling expert** **· Full material coverage capability:** From 0.1mm stainless steel foil to 50mm carbon steel thick plates, covering over 500 kinds of metal and non-metal materials **· Specialty materials expertise:** Professional process database for high-reflectivity materials (copper, aluminum), composite materials, and special alloys **· Quality traceability guarantee:** All materials are provided with original factory quality guarantee certificates, and a complete material traceability file is established #### 2.Process Optimization and Cost Control **1.Process Optimization** **·Intelligent** **Typesetting:** Turning Waste into Profit By using AI nesting software, different parts can be automatically and closely arranged like a jigsaw puzzle. The material utilization rate has been raised from 60% to over 85%, and the amount of scraps has been reduced by 50%, directly lowering the largest cost item (sheet material cost). **·Parameter** **Optimization:** The Balance between Speed and Efficiency Establish a "material-parameter" database to precisely match power, speed and air pressure. The cutting efficiency is increased by 20-30%, reducing trial-and-error waste and energy consumption, and extending the lifespan of the laser. **2\. Intelligent cost optimization** **· AI intelligent layout system:** Leading in material utilization rate in the industry, saving an average of 15-25% in raw material costs **· Process parameter optimization:** Adaptive power control based on materials, extending the lifespan of consumables by more than 30% **· Transparent pricing system:** No hidden fees, real-time online quotations, and detailed cost breakdown provided * * * ![Key Application Industries of Laser Cutting](http://www.anxin-cnc.com/uploadfile/ordinary/1768736796.webp) ### Key Application Industries of Laser Cutting **· Mechanical equipment:** frames, panels, structural components **· Electronic products:** heat sinks, shielding covers, casings **· Architectural decoration:** curtain walls, railings, art installations **· Automobile manufacturing:** Components, prototypes, fixtures **· Advertising signs:** Metal letters, logos, display stands **· Medical devices:** surgical instruments, equipment parts [Check Out the Toolkit](http://www.anxin-cnc.com/capabilities/laser-cutting/ "Key Application Industries of Laser Cutting") * * * ## Suitable Materials and Use with Caution and Prohibited Materials on Laser Cutting #### 1.Non-metallic materials (mainly using CO2 lasers) · Acrylic (organic glass /PMMA · Wood · Density Board (MDF · Paper and cardboard · Leather and fabric · Rubber #### 2. Metal materials (mainly using fiber lasers) · Carbon steel (low-carbon steel) · Stainless steel · Aluminium and aluminium alloys · Brass and copper #### 3. Other special materials · Stone, glass, ceramics · Certain engineering plastics Such as PET, ABS, PP, etc. : They can be cut, but the effect varies depending on the specific composition and needs to be tested. The edges may melt or curl. #### Use materials with caution and avoid them (safety first!)" **1.Absolutely** **prohibited materials (which may produce toxic/corrosive gases)** · Polyvinyl chloride (PVC) · Polycarbonate (PC/ bulletproof glass) · Materials containing (expanded) polystyrene (such as EPS foam) : Highly flammable, with flames spreading rapidly and extremely dangerous. · Glass fiber reinforced plastic: Toxic smoke is released during cutting, and the glass fibers can contaminate and wear optical lenses in the form of dust. **2.** **Materials that require extreme caution and adequate ventilation** · Artificial leather and certain synthetic fabrics (such as chloroprene rubber) : They may contain PVC or other halogenated materials. They can only be attempted after confirming safety and having a strong exhaust system in place. · Coated metals (such as painted and galvanized steel sheets) : Harmful smoke will be produced when cutting the coating, so ventilation should be enhanced. Galvanized sheet cutting is toxic. * * * ![Surface Treatment Options for Laser Cutting](http://www.anxin-cnc.com/uploadfile/ordinary/1768738919.webp) ### Surface Treatment Options for Laser Cutting #### 1. Cleaning and decontamination **·** **Physical methods:** · Manual processing: Use sandpaper, files, and wire brushes to remove burrs and slight slag. **·** **Sandblasting/shot blasting:** By using high-speed sand grains/steel shot to impact the surface, the oxide layer, slag and burrs are evenly removed, and a uniform matte texture is obtained. **·** **Vibration grinding:** Small parts and grinding media are placed in the vibration tank, which is suitable for deburring and rounded corners of small batches of parts. **·** **Chemical method:** **·** **Pickling/passivation (mainly used for stainless steel) :** The oxide layer and heat-affected zone on the cutting surface are removed with acid solution, and a dense passivation film is formed to restore its corrosion resistance and achieve a uniform silver-white color. #### 2. Improve appearance and touch **·** **Grinding and polishing:** **·** **Mechanical polishing:** Use abrasive belts, polishing wheels, etc., to achieve a mirror-like finish on the metal surface. **Chemical** **polishing/electrolytic polishing:** Through chemical reactions, the microscopic protruding parts on the metal surface are preferentially dissolved to obtain a bright and smooth surface, which is especially suitable for complex-shaped workpieces. **·** **Coloring and beautification:** **·** **Anodizing (aluminum materials)** **:** A strong oxide film is formed on the surface of aluminum through electrolysis, which can be dyed in various colors (such as black, gold, red) and enhance wear resistance and corrosion resistance. **·** **Electroplating:** Plating chromium, nickel, zinc and other coatings on the surface of metals to enhance their aesthetic appeal, corrosion resistance or electrical conductivity. **·** **Powder coating:** The charged powder coating is sprayed onto the workpiece and then baked and cured to form a coating. It features rich colors, strong weather resistance and is suitable for a variety of materials. **·** **Screen printing /UV printing:** Printing logos, patterns or text on cut parts. #### **3.** **Enhance performance and functionality** **·** **Enhance wear resistance/hardness:** Perform heat treatment or surface hardening treatments such as quenching, nitriding, and PVD coating on metal cutting parts. **·** **Enhance corrosion resistance:** In addition to the above-mentioned passivation, electroplating and spraying, there are also processes such as Dacromet and hot-dip galvanizing. **·** **Improve connection performance:** Clean and roughen the surfaces that need to be welded or bonded to increase the bonding force. [Check Out the Toolkit](http://www.anxin-cnc.com/capabilities/laser-cutting/ "Surface Treatment Options for Laser Cutting") * * * ### Laser Cutting Frequently Asked Questions (FAQs) ### How thick can it be cut? _expand\_less_ _expand\_more_ A: Carbon steel ≤ 25mm, stainless steel ≤ 20mm, aluminum ≤ 15mm (depending on power and material) ### How accurate is it? _expand\_less_ _expand\_more_ A: ±0.05-0.1mm, slit width 0.1-0.3mm ### What materials can be cut? _expand\_less_ _expand\_more_ A: Metals (steel, aluminum, copper), non-metals (acrylic, wood, plastic, etc. ### Will there be burrs? _expand\_less_ _expand\_more_ A: Thin plates have almost no burrs, while thick plates may have slight burrs. Deburring services can be provided ### Is the thermal deformation large? _expand\_less_ _expand\_more_ A: The heat effect is very small (0.1-0.5mm), and for thin plates, attention should be paid to layout ### Will the edges change color? _expand\_less_ _expand\_more_ A: Stainless steel may have slight discoloration, and aluminum plates are more obvious. This can be removed through post-treatment ### How much is it charged? _expand\_less_ _expand\_more_ A: Material cost + cutting time fee + post-processing fee. Bulk purchase offers discounts ### How long will it take to finish? _expand\_less_ _expand\_more_ A: Sample production takes 2-3 days, small batch production takes 3-5 days, and expedited service is supported ### What is the minimum number of pieces to make? _expand\_less_ _expand\_more_ A: Minimum order quantity is 1 piece, with no minimum order quantity limit * * * Get an online quote and injection molding design analysis today. [Get a Quote](http://www.anxin-cnc.com/contact "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Aluminum Materials - [Materials](http://www.anxin-cnc.com/materials/ "Materials") - [Sheet Metal Materials](http://www.anxin-cnc.com/materials/sheet-metal-materials/ "Sheet Metal Materials") - Aluminum-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/materials/aluminum/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ## Latest Posts * * * There is no content in this category! a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## CNC Machining Insights | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/blog/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ## Latest Posts * * * | | | --- | | #### [The difference between 3D printing and CNC machining](http://www.anxin-cnc.com/blog/The-difference-between-3D-printing-and-CNC-machining-1253.html)
2026-03-03
Today we will talk about the difference between CNC machining and 3D printing. 3D printing is an additive material technology | | | | --- | | #### [Common Materials Used in Sheet Metal Processing](http://www.anxin-cnc.com/blog/Common-Materials-Used-in-Sheet-Metal-Processing-1252.html)
2026-03-03
The materials generally used in sheet metal processing are cold rolled sheet (SPCC), hot rolled sheet (SHCC), galvanised sheet (SECC, SGCC), | | | | --- | | #### [Which UAV parts are suitable for five-axis machining?](http://www.anxin-cnc.com/blog/Which-UAV-parts-are-suitable-for-five-axis-machining-1251.html)
2026-03-03
The deep processing capability of UAV parts five-axis machining technology has caused a great sensation in many industries. | | | | --- | | #### [What are the quality control methods for CNC machining?](http://www.anxin-cnc.com/blog/What-are-the-quality-control-methods-for-CNC-machining-1250.html)
2026-03-03
The quality control of machining process is an important link to ensure product quality. In the whole processing process, the process and method of quality control | | | | --- | | #### [CNC Machining Services & CNC Fabrication](http://www.anxin-cnc.com/blog/CNC-Machining-Services-CNC-Fabrication-1249.html)
2026-03-02
We offer expert CNC prototyping services, precision CNC machining services, and plastic CNC prototyping. | | | | --- | | #### [What is CNC Machining?](http://www.anxin-cnc.com/blog/What-is-CNC-Machining-1248.html)
2026-03-02
CNC machining (Computer Numerical Controlled machining) designates a process that uses a computer to control the trajectory of the machining tool. | | | | --- | | #### [What is CNC Aluminum Machining?](http://www.anxin-cnc.com/blog/What-is-CNC-Aluminum-Machining-1242.html)
2026-03-01
CNC machining is a subtractive manufacturing process that uses computerized controls and machine tools to remove material from a raw workpiece | | | | --- | | #### [What is Laser Cutting?](http://www.anxin-cnc.com/blog/What-is-Laser-Cutting-1236.html)
2026-02-20
Laser cutting uses a beam of light to cut or engrave materials without making physical contact. The laser beam melts or vaporizes the material along a pre-programmed path. | | | | --- | | #### [Top 10 CNC Milling Service](http://www.anxin-cnc.com/blog/Top-10-CNC-Milling-Service-1235.html)
2026-02-20
We are a direct manufacturer, not a digital middleman. We operate our own factories to guarantee total quality control over every part. | a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## CNC Milling Services - [Capabilities](http://www.anxin-cnc.com/capabilities/ "Capabilities") - [Machining Services](http://www.anxin-cnc.com/capabilities/machining-services/ "Machining Services") - Custom CNC Milling Services for Anxin Metal ![CNC Milling](http://www.anxin-cnc.com/uploadfile/ordinary/1770114574.webp) # CNC Milling ## A Cornerstone of Advanced Manufacturing Capability. CNC milling is a precision manufacturing process controlled by computer programs. It uses rotating multi-point cutting tools to remove material from a workpiece, transforming a digital 3D design into a high-precision physical part.Certifications ISO 9001:2015 [Get A Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") Certifications ISO 9001:2015 #### I. Working Principle: How Does It Work? **1\. Design:** Create a 3D model of the part using CAD software. **2\. Programming:** Use CAM software to translate the CAD model into G-code—a series of coordinates and movement instructions the CNC machine can understand. **3\. Setup:** The operator secures the workpiece (using a vise, fixture, or directly to the table) and loads the required cutting tools. **4\. Execution:** The program is run. The CNC controller precisely directs the movement of the machine axes, and the tool automatically cuts the material along the pre-defined path. **5\. Completion:** A finished part is produced that closely matches the original digital design. #### II. Key Components of a CNC Milling Machine **Machine** **Frame** **:** The rigid structure (base, column, etc.). **CNC** **Controller:** The "brain" that reads and executes the G-code (e.g., Fanuc, Siemens, Heidenhain). Servo Motors & Drive System: The "muscles" that precisely control axis movements. **Spindle:** The component that rotates the cutting tool at high speeds. **Tool** **Magazine:** Allows for automatic tool changes, enabling continuous machining of complex operations. **Work** **Table / Fixtures:** Holds the workpiece securely in place. **Coolant** **System:** Cools the tool and workpiece, extending tool life and improving accuracy. #### III.  Technological Capabilities & Characteristics **1\. High Precision & Repeatability:** Can achieve micron-level tolerances. Excellent for batch production with consistent part dimensions. **2\. Complex Geometry Machining:** Capable of producing 2D contours, 3D surfaces, pockets, threads, gears, and other geometries difficult for traditional methods. **3\. High Automation & Efficiency:** Once set up, it can run unattended for long periods, ideal for batch production. **4\. Wide Material Compatibility:** Can machine almost all engineering materials, including metals (aluminum, steel, titanium), plastics, composites, and wood. **5\. Excellent Surface Finish:** Can achieve very smooth surfaces, often ready for use, through fine-tuned cutting parameters. #### IV. Primary Milling Operations **Face** **Milling:** Creating a flat surface. **Profile** **Milling:** Cutting the external or internal profile of a part. **Pocket** **Milling:** Machining cavities or pockets. **Drilling** **& Tapping:** Creating holes and threads. **3D** **Contour Milling** **:** Machining complex free-form surfaces (e.g., molds, prototypes). * * * ## The Core Competitiveness of CNC Milling: From Precision to Efficiency **High-Precision** **Milling:** CNC milling machines utilize a closed-loop control system to achieve micron-level repeat positioning accuracy. Through precise servo drives and high-resolution encoder feedback, multi-axis synchronization accuracy is ensured, meeting the demands of precision component manufacturing. Tolerances can reach ±0.005mm or even higher. **Complex** **Geometric Shape Machining Capability** **:** Through five-axis simultaneous machining and multi-axis machining technologies, CNC milling can produce complex surfaces, deep cavity structures, inclined holes, and other complex components that are difficult to achieve with traditional methods. The integrated CAD/CAM system directly converts 3D models into efficient cutting paths. **High** **Production Efficiency and Automation:** CNC milling machines are equipped with Automatic Tool Changers (ATC), enabling continuous multi-process machining. Machining centers support unattended operation and batch production, significantly reducing the machining cycle. High-speed milling technology enhances the material removal rate. ![High-Precision Milling: CNC milling machines utilize a closed-loop control system to achieve micron-level repeat positioning accuracy. Through precise servo drives and high-resolution encoder feedback, multi-axis synchronization accuracy is ensured, meeting the demands of precision component manufacturing. Tolerances can reach ±0.005mm or even higher. Complex Geometric Shape Machining Capability: Through five-axis simultaneous machining and multi-axis machining technologies, CNC milling can produce complex surfaces, deep cavity structures, inclined holes, and other complex components that are difficult to achieve with traditional methods. The integrated CAD/CAM system directly converts 3D models into efficient cutting paths. High Production Efficiency and Automation: CNC milling machines are equipped with Automatic Tool Changers (ATC), enabling continuous multi-process machining. Machining centers support unattended operation and batch production, significantly reducing the machining cycle. High-speed milling technology enhances the material removal rate.](http://www.anxin-cnc.com/uploadfile/editor/20260203183559_78823.webp) * * * ## How to achieve higher precision, lower cost and faster delivery through CNC milling? #### 1. Higher Precision: Powered by Digital Closed-Loop Control Precision is guaranteed by the system, not by human operators. CNC milling achieves consistent ±0.005mm-level tolerances and superior surface quality (Ra < 0.8μm) through closed-loop feedback from linear scales, high-rigidity mechanical structures, and direct CAD/CAM programming—effectively eliminating human-induced variations. #### 2. Lower Cost: Optimizing Total Lifecycle Cost The key lies in reducing the cost per part across the entire lifecycle: optimized tool paths minimize material waste; multi-process machining in a single setup saves secondary operations and custom fixture costs; automated production reduces labor dependency and defect rates; and on-demand production capability cuts inventory overhead. #### 3. Faster Delivery: Compressing End-to-End Timeline Barriers Digital integration dramatically shortens lead times: CAD models are directly converted into machining programs, eliminating manual drafting; automatic tool changers and high-speed cutting enable 24/7 continuous operation; program-based changeovers allow product switches in minutes—making it ideal for rapid prototyping and urgent small-batch orders. CNC milling is not merely a faster machine; it is a modern manufacturing system driven by digitalization, grounded in standardization, and manifested through automation. Improved precision reduces rework and inspection time, thereby accelerating delivery speed. Faster delivery enables small-batch on-demand production, which in turn lowers inventory and management costs. Optimized cost structures free up resources for investing in more advanced processes and equipment, continuously pushing the boundaries of precision and efficiency. * * * ![Major Application Fields of CNC Milling](http://www.anxin-cnc.com/uploadfile/ordinary/1770115188.webp) ### Major Application Fields of CNC Milling #### 1\. Consumer Electronics **Typical** **Product** **s** **:** Smartphone frames/backplates, laptop housings, wearable device structural components Materials Used: Aluminum alloys (6061/7075), stainless steel, engineering plastics #### 2. Medical Device Manufacturing **Typical** **Components:** Orthopedic implants, surgical instruments, dental implants, medical equipment housings #### 3. Automotive Industry **Powertrain** **Systems:** Engine blocks, transmission housings **Chassis** **Components:** Suspension parts, steering knuckles **New** **Energy “Three-Electric” Systems:** Motor housings, battery enclosures, electronic control heat sinks #### 4\. Aerospace Manufacturing **Typical** **Components:** Engine blades, turbine disks, structural frames, landing gear parts #### 5. Industrial Machinery **Key** **Components:** Robot joints/bases, automation equipment frames, precision transmission parts. [Check Out the Toolkit](http://www.anxin-cnc.com/capabilities/cnc-milling/ "Major Application Fields of CNC Milling") * * * ## Material Selection Decision on CNC Milling Anxin offers a wide variety of materials for custom CNC milling,  plastic, and metal, including but not limited to: **Aluminum:** 6061-T6, 7075-T6, 2024, 5052, 6060, 5083, 2017, 6082 Aluminum’s strength-to-weight ratio, affordability, and recyclability have made it widely used across industries worldwide. **Stainless** **Steel:** SS 303/304/316/17-4PH/420/440C **Alloy** **Steel/Tool Steel:** D2/SKD11/H13 **Finishing** **Options:** Anodizing Types II, III, III + PTFE, ENP, Media Blasting, Nickel Plating, Powder Coating, Tumble Polishing **Brass/Copper:** C110/C360Titanium: TC4(Ti-6Al-4V) **POM(Delrin/Acetal):** High stiffness, good moisture resistance, high wear-resistance, and low friction, easy to machine PMMA (Acrylic):Color:(White, black, brown etc.) PEEK: Grade: POM-C, POM-H, UV stabilized POM, Food-Grade POM ABS/Nylon (PA)/PTFE (Teflon)/PVC/Carbon Fiber When selecting materials for CNC machining, it is necessary to comprehensively consider multiple technical parameters **In** **terms of functionality:** For structural components, priority is given to strength, with alloy steel or titanium alloys being the preferred choices; for lightweight requirements, aluminum alloys or composite materials are suitable; for corrosion-resistant environments, stainless steel or special alloys are ideal; for heat sinks, copper or high thermal conductivity aluminum should be considered. **In** **terms of machinability:** Aluminum alloys are the easiest to achieve high-quality surfaces; stainless steel requires control over work hardening; tool steel must account for its heat treatment state; and titanium alloys necessitate specialized processing solutions. Material selection for CNC milling is a multi-level trade-off process that requires comprehensive consideration of functional requirements, machining feasibility, cost control, and technical capabilities—a four-dimensional balance. The essence of material selection lies in finding the optimal equilibrium between design requirements, process capabilities, and economic feasibility. Proper material selection forms the foundation for project success, directly impacting product quality, production costs, and delivery timelines. * * * ![Surface Treatment Options for CNC Milling](http://www.anxin-cnc.com/uploadfile/ordinary/1770115530.webp) ### Surface Treatment Options for CNC Milling #### I. Mechanical Surface Treatments (Directly on the Machine) **1.** **High-Gloss Milling:** Diamond tool precision machining to achieve a mirror finish (Ra< 0.1μm). **2.** **Texture Machining:** Engraving tools to create decorative textures such as brushed, grid, or leather patterns. **3.** **Sandblasting:** Produces a uniform matte surface, masking machining marks. **4.** **Polishing:** Mechanical or manual polishing to enhance surface smoothness. #### II. Chemical/Electrochemical Treatments (Performed in Specialized Workshops) **1.** **Anodizing (for Aluminum):** **Clear** **Anodizing:** Improves wear and corrosion resistance. **Color** **Anodizing:** Achieves colors such as black, gold, or blue. **Hard** **Anodizing:** Ultra-thick, hard wear-resistant layer. **2.** **Electroplating:** **Chrome/Nickel** **Plating:** Enhances hardness and decorative appeal. **Electroless** **Nickel Plating** **:** Uniform coating for complex parts. **3.** **Passivation of Stainless Steel:** Acid treatment to improve corrosion resistance while retaining the metal’s original appearance. **4.** **Spray Coating Technologies:** **Powder** **Coating:** Thick coating with excellent weather resistance. **Liquid** **Paint Spraying:** Optimal for appearance and finish. #### III. High-Performance Functional Coatings **PVD** **Coating:** Vacuum deposition of ultra-hard coatings like TiN or DLC (hardness> HV2000). **Thermal** **Spraying:** Repairs worn parts or imparts special properties. Key Decision Factors for Selection Aesthetic Decoration-Color Anodizing, High-Gloss Milling, Spray Coating Wear/Corrosion Resistance-Hard Anodizing, Electroplating, PVD Medical/Food-Grade Compliance-Electro-polishing, Passivation Low-Cost Protection-Sandblasting, Passivation, Phosphating Functional Enhancement-Thermal Spraying, Composite Coatings [Check Out the Toolkit](http://www.anxin-cnc.com/capabilities/cnc-milling/ "Surface Treatment Options for CNC Milling") * * * ### CNC Milling Frequently Asked Questions (FAQs) ### What is CNC milling? What is the fundamental difference between it and a traditional milling machine? _expand\_less_ _expand\_more_ A: CNC (Computer Numerical Control) milling is a process where pre-programmed digital instructions control the automatic execution of milling operations by the machine tool. ### How to choose a suitable CNC milling machine? What key parameters should be considered? _expand\_less_ _expand\_more_ A: Based on a seven-dimensional "demand-capability" matching evaluation method:Travel range;Spindle power;Torque curve;Positioning accuracy;Tool magazine capacity;CNC system;Rigidity performance. ### What are the differences between 3-axis, 4-axis, and 5-axis CNC milling machines? _expand\_less_ _expand\_more_ 3-axis: XYZ linear motion only; 4-axis: +1 rotational axis for cylindrical features; 5-axis: +2 rotational axes, full contouring in single setup ### What core skills are required for operating a CNC milling machine? _expand\_less_ _expand\_more_ A: Proficiency in CAD/CAM software programming, understanding of G-code, and machine operation is necessary. Additionally, knowledge of materials, tool selection, and optimization of process parameters is required. ### How to reduce tool wear in CNC milling? _expand\_less_ _expand\_more_ A: Optimize cutting parameters (speed/feed/depth of cut) and select appropriate coated tools. Ensure adequate cooling and avoid impacts caused by intermittent cutting. ### How to ensure surface finish in CNC milling? _expand\_less_ _expand\_more_ A: Use fine-step finishing toolpaths and increase spindle speed. Employ sharp tools and maintain consistent cutting load and cooling. ### What are the key technical points of High-Speed Milling (HSM)? _expand\_less_ _expand\_more_ A: Apply a parameter combination of high spindle speed, shallow depth of cut, and high feed rate, complemented by lightweight tools and smooth path planning. ### What are key daily maintenance items for CNC milling machines? _expand\_less_ _expand\_more_ A: Clean chips and check the lubrication system daily. Regularly calibrate machine accuracy and clean guide rails and spindle taper holes. ### How to effectively control CNC milling accuracy? _expand\_less_ _expand\_more_ A: Reduce systematic errors through machine calibration and temperature compensation; optimize cutting parameters to suppress vibration and tool wear. ### How to select cutting tools for CNC milling? _expand\_less_ _expand\_more_ A: Choose tool material based on workpiece material (e.g., carbide); select tool type based on machining features (e.g., ball-end mills for curved surfaces). * * * Get an online quote and injection molding design analysis today. [Get a Quote](http://www.anxin-cnc.com/contact "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. 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## CNC Machining News - [Blog](https://www.anxin-cnc.com/blog/ "Blog") - [News](https://www.anxin-cnc.com/blog/news/ "News") - News-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](https://www.anxin-cnc.com/blog/news/0001-5.html\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ## Latest Posts * * * | | | --- | | #### [The difficulty of machining cemented carbide in CNC machining center](https://www.anxin-cnc.com/blog/The-difficulty-of-machining-cemented-carbide-in-CNC-machining-center-1170.html)
2026-02-06
The difficulty of machining cemented carbide in CNC machining center is mainly reflected in the following aspects: | | | | --- | | #### [What are the common machining methods?](https://www.anxin-cnc.com/blog/What-are-the-common-machining-methods-1169.html)
2026-02-06
Machining refers to the use of mechanical equipment to cut raw materials, forming, assembly and other processing methods, there are a variety of common machining methods, the following will be some of the common machining methods are introduced. | | | | --- | | #### [How to detect dimensional deviation in machining?](https://www.anxin-cnc.com/blog/How-to-detect-dimensional-deviation-in-machining-1168.html)
2026-02-05
In the process of machining, dimensional deviation is an inevitable problem. Therefore, after the processing is completed, it is necessary to detect the size deviation of the workpiece to ensure its quality and accuracy. So how to detect whether the size is correct? | | | | --- | | #### [The machining accuracy of CNC machining center](https://www.anxin-cnc.com/blog/The-machining-accuracy-of-CNC-machining-center-1167.html)
2026-02-05
The machining accuracy of CNC machining center mainly includes positioning accuracy, repeated positioning accuracy, machining accuracy, surface roughness and so on. The following will introduce how to detect the machining accuracy of the CNC machining center. | a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Automotive Machining Solutions # Automotive Industry Anxin Processing Factory specializes in precision machining and assembly of high-quality automotive components. We produce custom parts including engine brackets, chassis fittings, and transmission components, all engineered to meet the strict durability and performance standards of the automotive industry. Our rigorous quality control systems and flexible production capabilities cater to the diverse needs of automotive manufacturers and aftermarket suppliers globally. [Start a Project](http://www.anxin-cnc.com/contact/ "Get A Quote") * * * * * * ## Customized Solutions for the Automotive Industry #### 1\. Powertrain & Chassis Precision Machining High-precision [CNC machining](http://www.anxin-cnc.com/capabilities/precision-machining/) for automotive core powertrain (crankshafts, camshafts, gear parts) and chassis components (suspension brackets, brake calipers, steering knuckles), with strict tolerance control to ensure transmission efficiency and driving stability. #### 2\. Lightweight & High-Strength Part Customization Tailored machining for automotive lightweight materials (aluminum alloy, magnesium alloy, high-strength steel), optimizing forming and cutting processes to balance vehicle weight reduction, structural strength and collision resistance requirements. #### 3\. Auto Parts for New Energy Vehicles (NEV) [Custom machining solutions](http://www.anxin-cnc.com/solutions/) for NEV core components (motor housings, battery brackets, inverter casings, drive shaft parts), complying with high insulation, heat dissipation and structural stability demands of electric vehicle systems. #### 4\. Surface Treatment & Durability Customization Automotive-grade [surface finishing](http://www.anxin-cnc.com/resources/surface-finishes/) (electroplating, anodizing, powder coating, phosphating) for machined parts, enhancing corrosion resistance, wear resistance and impact resistance, adapting to complex working conditions of automotive operation. #### 5\. Prototype to Mass Production Integration One-stop support from rapid prototype machining for automotive R&D verification to large-scale batch production, with flexible adaptation to small-batch customized parts and mass-standardized production, matching the automotive industry’s fast iteration rhythm. * * * * * * ## Why Choose Us? Anxin is a reliable machining partner for the automotive industry, with high-precision core part machining, lightweight high-strength material processing, automotive-grade surface treatment and flexible mass production capacity, providing stable and efficient customized machining solutions for automotive and new energy vehicle components. * * * ### \*High-Precision Core Part Machining Strict tolerance control for powertrain and chassis parts, ensuring automotive transmission efficiency and driving stability. ### \*Lightweight & High-Strength Machining Tailored processing for aluminum/magnesium alloy and high-strength steel, balancing vehicle weight reduction and structural strength. ### \*Automotive-Grade Surface Treatment Electroplating, powder coating and phosphating, enhancing parts’ corrosion and wear resistance for complex working conditions. ### \*Flexible & Efficient Production Support prototype R&D and mass batch production, adapting to automotive model iteration and NEV component customization needs. * * * [Start Your Instant Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") * * * * * * ## Our Manufacturing Services Anxin offers one-stop manufacturing services, covering precision CNC machining, sheet metal fabrication, 3D printing, and a full range of capabilities. From complex precision components to large structural parts, we deliver efficiently to meet your diverse manufacturing needs. ### [CNC Machining](http://www.anxin-cnc.com/capabilities/cnc-machining/ "CNC Machining") Anxin offers services for both metal and non-metal parts from prototypes to on-demand production. You can receive immediate quotations and choose from over 40 materials and more than 10 surface treatments. [![CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1768016682.webp)](http://www.anxin-cnc.com/capabilities/cnc-machining/ "3 Axis CNC Machining") ### [CNC Turning](http://www.anxin-cnc.com/capabilities/cnc-turning/ "CNC Turning") It is usually suitable for precision machining of a variety of materials and complex parts. It has the advantage of composite processing and simplifies subsequent processes. [![CNC Turning](http://www.anxin-cnc.com/uploadfile/ordinary/1768016743.webp)](http://www.anxin-cnc.com/capabilities/cnc-turning/ "3 Axis CNC Machining") ### [5 Axis CNC Machining](http://www.anxin-cnc.com/capabilities/5-axis-cnc-machining/ "5 Axis CNC Machining") ANXIN’s 5-axis machining services offer unparallel speed and flexibility. With an extensive range of advanced 5-axis CNC machines and a long list of materials. [![5 Axis CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1768016805.webp)](http://www.anxin-cnc.com/capabilities/5-axis-cnc-machining/ "3 Axis CNC Machining") ### [Sheet Metal Fabrication](http://www.anxin-cnc.com/capabilities/sheet-metal-fabrications/ "Sheet Metal Fabrication") We transform flat sheets of metal into precise, functional components and enclosures through cutting, bending and assembly. [![Sheet Metal Fabrication](http://www.anxin-cnc.com/uploadfile/ordinary/1768016870.webp)](http://www.anxin-cnc.com/capabilities/sheet-metal-fabrications/ "3 Axis CNC Machining") ### [Die Casting](http://www.anxin-cnc.com/capabilities/die-casting/ "Die Casting") Die casting is an efficient metal casting process in which molten metals (such as aluminum, zinc, magnesium alloy) are injected into precision steel molds at high speed and cooled in a short time. [![Die Casting](http://www.anxin-cnc.com/uploadfile/ordinary/1768016920.webp)](http://www.anxin-cnc.com/capabilities/die-casting/ "3 Axis CNC Machining") ### [Injection Molding](http://www.anxin-cnc.com/capabilities/injection-molding/ "Injection Molding") Injection molding is a kind of molding process in which molten plastic is injected into a closed mold cavity by high pressure, and plastic products are obtained after cooling and curing. [![Injection Molding](http://www.anxin-cnc.com/uploadfile/ordinary/1768016981.webp)](http://www.anxin-cnc.com/capabilities/injection-molding/ "3 Axis CNC Machining") ### [3D Printing](http://www.anxin-cnc.com/capabilities/3d-printing/ "3D Printing") Bring Your Ideas to Life.We transform digital designs into physical objects, layer by layer. Perfect for prototyping, custom parts, or creative projects. [![3D Printing](http://www.anxin-cnc.com/uploadfile/ordinary/1768017039.webp)](http://www.anxin-cnc.com/capabilities/3d-printing/ "3 Axis CNC Machining") ### [Wire EDM](http://www.anxin-cnc.com/capabilities/wire-edm/ "Wire EDM") We specialize in machining ultra-hard metals and complex shapes using controlled electrical sparks. The ideal solution when traditional CNC cutting is impossible or inefficient. [![Wire EDM](http://www.anxin-cnc.com/uploadfile/ordinary/1768017084.webp)](http://www.anxin-cnc.com/capabilities/wire-edm/ "3 Axis CNC Machining") * * * ### Automotive Industry * * * Materials & Surface Finishes ![Materials](http://www.anxin-cnc.com/uploadfile/ordinary/1769247514.webp) ### Materials We provide an extensive range of materials — from durable metals and versatile plastics to high-strength composites — to support your diverse project requirements. [View all Materials](http://www.anxin-cnc.com/resources/materials/ "Materials") ![Surface Finishes](http://www.anxin-cnc.com/uploadfile/ordinary/1769247489.webp) ### Surface Finishes Our superior surface finishing solutions enhance both the longevity and aesthetic quality of your components, perfectly addressing the needs of applications requiring smooth or custom-textured surfaces. [View all Surface Finishes](http://www.anxin-cnc.com/resources/surface-finishes/ "Surface Finishes") ![Applications of Automotive Parts](http://www.anxin-cnc.com/uploadfile/ordinary/1769247777.webp) # Applications of Automotive Parts Our precision-machined automotive components deliver exceptional structural strength and operational reliability, engineered to meet the performance, safety and durability demands of traditional and new energy vehicles. **\- Powertrain Systems:** Engine fittings, gear shaft parts and transmission components, optimizing power output efficiency and stable operation for vehicle drive systems. **\- Chassis & Suspension:** Bracket components, pivot shafts and brake system parts, guaranteeing driving stability, responsive braking and ride safety. **\- Body & Structural Fittings:** [Precision connection parts](http://www.anxin-cnc.com/capabilities/precision-machining/), mounting brackets and frame components, balancing structural rigidity and vehicle lightweight design. **\- New Energy Vehicle Parts:** Motor housings, battery bracket fittings and controller components, matching the high-precision and heat dissipation requirements of NEV systems. * * * * * * Start Your Next Project Today [Get Instant Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## CNC Design Services - [Solutions](http://www.anxin-cnc.com/solutions/ "Solutions") - [Design Services](http://www.anxin-cnc.com/solutions/design-services/ "Design Services") - Product Design & Engineering Services | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/solutions/design-services/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ## Core Philosophy: Integration of Design and Manufacturing (DFM) All content should revolve around "Design for Manufacturing." CNC is not omnipotent. Excellent design must fully consider the capabilities, limitations, and economics of CNC processes. ![](http://www.anxin-cnc.com/uploadfile/editor/20260126143244_40552.webp) * * * ## I. Suggested Content Structure #### Part 1: Design Phase – Design Guidelines for CNC Machining This section guides designers on how to create drawings that are "machinable, low-cost, and high-quality." #### 1. Geometric Feature Design **Internal** **Corners (Pockets):** Must specify the use of fillets/radii, with a radius greater than or equal to the cutter radius used. Provide recommended values (e.g., R1, R2). **Pocket** **Depth:** Specify reasonable depth-to-width ratios (e.g., general milling depth should not exceed 4-5 times the cutter diameter). Avoid overly deep pockets causing tool chatter or breakage. **Thin** **Walls:** Define minimum wall thickness (e.g., aluminum ≥1mm, steel ≥2mm) to prevent deformation during machining. **Threads:** Standardize thread callouts (e.g., M6×1). Specify if through or blind. Recommend threaded inserts over direct tapping where applicable, and provide recommended tap drill depths. **Text** **& Engraving:** Recommend using single-stroke fonts. Define minimum character height and line width (e.g., height >3mm, width >0.3mm). #### 2. Tolerances & Fits **Basic** **Principle:** Emphasize "loose tolerances where possible, tight tolerances only for critical features." Use economical tolerances for non-critical faces (e.g., ±0.1mm or ±0.25mm). **Critical** **Features** **:** Clearly specify precise tolerances (e.g., H7/g6) and geometric tolerances (e.g., cylindricity, concentricity) for bearing seats, gear meshing surfaces, etc. **Explanation:** Explain how overly tight tolerances significantly increase costs (requiring more precise machines, more inspection, lower yield). #### 3. Material Selection **List** **common CNC materials and their properties:** **Aluminum** **Alloys (e.g., 60** **61, 7075)** **:** Lightweight, easy to machine, cost-effective. Suitable for most parts. **Steels** **(e.g., Mild Steel, 1045, Stainless** **304/316):** High strength, wear-resistant, but more difficult to machine with higher tool wear. **Plastics (e.g., POM, Nylon, PEEK):** Insulating, dampening. Note thermal deformation and elasticity. **Provide** **material selection guidance:** Analyze from perspectives of function (strength, wear, corrosion resistance), manufacturability, cost, and post-processing (anodizing, heat treatment). * * * ![Part 2: Engineering Phase – Process Planning from Drawing to Part](http://www.anxin-cnc.com/uploadfile/ordinary/1769409505.webp) ### Part 2: Engineering Phase – Process Planning from Drawing to Part This section is for process engineers or programmers, translating design into executable manufacturing instructions. #### 1. Process Route Planning Operation Sequencing: E.g., "Cut stock → Rough mill 6 sides → Finish mill reference faces → Drill/Tap holes → Finish mill pockets → Deburr → Inspection." Workholding Strategy: Design or select fixtures (vises, fixture plates, custom fixtures). Analyze how to minimize setups and ensure consistent datum references. Machining Order Principles: Follow "Rough before finish, faces before holes, primary before secondary." #### 2. Tooling & Parameter Selection Tooling List: Specify tool type (end mill, ball nose, drill, tap), diameter, flute length, and material (carbide, HSS) for each operation. Cutting Parameters: Provide recommended Cutting Speed (Vc), Feed per Tooth (fz), Axial Depth of Cut (ap), Radial Depth of Cut (ae). Use tables for different materials. \*Example (Carbide End Mill for Aluminum): Vc=200-300 m/min, fz=0.05-0.1 mm/tooth, ap=0.5D, ae=0.1D\* #### 3. CNC Programming Key Points Coordinate Systems: Define workpiece coordinate system (G54-G59) setup and use of edge finders/touch probes. Toolpath Strategies: Pocketing: Use helical or ramp entry to avoid plunging. Contouring: Mention climb vs. conventional milling (climb recommended for finishing). Drilling Cycles: Use proper cycles (G81/G82/G83). Use peck drilling (G83) for deep holes to ensure chip evacuation. Safety & Efficiency: Include clearance heights, retract planes, and use of subprograms/loops for code efficiency. #### Part 3: Quality Control & Inspection #### 1. On-Machine Inspection: Use machine touch probes for preliminary checks of critical dimensions. #### 2. Final Inspection Methods & Tools: General Dimensions: Calipers, micrometers. Geometric Tolerances: Dial indicators, CMM (Coordinate Measuring Machine). Surface Finish: Surface roughness tester. 3. Documentation: Inspection reports, First Article Inspection (FAI) reports. [Get A Qoute](http://www.anxin-cnc.com/solutions/design-services/ "Part 2: Engineering Phase – Process Planning from Drawing to Part") * * * ![II. Documentation Writing Tips & Format](http://www.anxin-cnc.com/uploadfile/ordinary/1769409609.webp) ### II. Documentation Writing Tips & Format #### 1. Use Visuals, Charts, and Diagrams: Use 3D model screenshots, 2D drawing callouts for key features. Use flowcharts for process routes. Use tables to compare material properties, tooling parameters. #### 2. Standardization & Templates: Create standard CNC Design Checklist, Process Planning Sheet, Tooling Parameter Sheet. Unify terminology (e.g., "roughing," "finishing," "corner cleaning"). #### 3.Version Control: Implement strict version control for design drawings and NC programs to ensure the latest files are used on the shop floor. #### 4. Include "Notes" or "Lessons Learned": E.g., "When machining stainless steel, use tools with a large positive rake angle and ensure ample coolant to control work hardening." "This long narrow slot is prone to deformation. Recommend finishing it in the final operation." **1.** **High-Speed Machining (HSM) & 5-Axis Machining:** Strategies like small step-downs, high feed rates, full climb milling; benefits of 5-axis positioning and simultaneous machining. **2.** **Strategies for Difficult-to-Machine Materials (e.g., Titanium, Inconel):** Low RPM, high DOC, maintaining constant chip load. **3.** **Machining Simulation & Optimization:** Using software like VERICUT for collision checking and toolpath optimization to reduce trial cuts. **4.** **Automation & Digitalization:** Integration with MES systems for automatic program dispatch and production data collection."a [Get A Qoute](http://www.anxin-cnc.com/solutions/design-services/ "II. Documentation Writing Tips & Format") * * * ![Full-Process Optimization from Concept to Finished Product](http://www.anxin-cnc.com/uploadfile/ordinary/1769409703.webp) ### Full-Process Optimization from Concept to Finished Product #### 1. Cost Engineering & Value Analysis This bridges design and business, crucial for decision-makers. #### 1.1 Cost Breakdown Model: **Material** **Cost:** Optimizing nesting (CAM programming) to minimize waste. Can standard stock be used instead of a solid block? **Machining** **Time Cost:** Establish a "machine hourly rate." Analyze how optimized toolpaths (e.g., HSM, trochoidal milling) reduce cycle time. **Tooling** **Cost:** Analyze the relationship between tool life and parameters. Compare high-cost/long-life tools vs. low-cost/frequent-change strategies with a cost-per-part model. #### 1.2 Secondary Operation Cost: Fixturing time, inspection, and post-processing (e.g., anodizing). **Design-for-Cost** **Optimization:** **Part** **Consolidation:** How can multiple components be cleverly designed as one CNC part, eliminating assembly and inventory costs? **The** **"Good Enough" Philosophy:** Case studies showing how relaxing non-critical surface finish (e.g., Ra1.6 vs. Ra0.8) or tolerance (±0.05mm vs. ±0.02mm) dramatically reduces cost. **Alternative** **Manufacturing Comparison:** Comparative cost analysis charts: CNC Machining vs. 3D Printing (Metal/Plastic) vs. Sheet Metal Fabrication vs. Die Casting for low-volume vs. medium-volume production.a [Get A Qoute](http://www.anxin-cnc.com/solutions/design-services/ "Full-Process Optimization from Concept to Finished Product") * * * ![2. Application-Specific Design & Engineering](http://www.anxin-cnc.com/uploadfile/ordinary/1769409865.webp) ### 2\. Application-Specific Design & Engineering Design is meaningless without context. #### 2.1 Aerospace & Defense: **Lightweighting:** Combining topology optimization with CNC machining. Designing conformal cooling channels. **Material** **Challenges:** Strategies for machining titanium, high-strength aluminum to prevent burn and stress distortion. **Trac** **eability** **& Certification** **:** Requirements for full traceability of material batch, machining parameters, and tooling records. #### 2.2 Medical Devices: **Biocompatible** **Materials:** Machining considerations for titanium, cobalt-chrome, PEEK. **Surface** **Finish & Cleanability:** Designing crevice-free, sterilizable geometries. Polishing process selection. **Micro-Machining:** Programming and process challenges with micro-tools (<1mm). #### 2.3 Automotive & Molds: **Prototyping** **& Low-Volume:** Rapid workflow from CAD to functional CNC prototypes. **Mold** **& Die Making:** Electrode design for EDM collaboration. Application of 5-axis machining for complex cavities. #### 3. Collaborative Design & Digital Workflow The nervous system of modern manufacturing. #### 3.1 The Digital Thread from CAD to G-Code: **Seamless** **Data Transfer:** Using neutral formats (e.g., STEP) to prevent data loss between CAD and CAM systems. **Model-Based** **Definition (MBD)** **:** Promoting MBD - embedding all dimensions, tolerances (GD&T), and notes within the 3D model as the single source of truth. **CAM** **Automation:** Feature-Based Machining (FBM) and template-based programming for automatic, optimized toolpath generation on standard features (holes, pockets, threads). #### 3.2 Integration with Simulation & Digital Twin: **Process** **Simulation:** Using software for toolpath verification, material removal simulation, and machine collision checking. **Virtual** **Commissioning:** Testing CNC programs within a digital twin environment to verify logic and cycle time. [Get A Qoute](http://www.anxin-cnc.com/solutions/design-services/ "2. Application-Specific Design & Engineering") * * * ![4. Emerging Technologies & Trends](http://www.anxin-cnc.com/uploadfile/ordinary/1769409997.webp) ### 4\. Emerging Technologies & Trends Demonstrates industry foresight. #### 4.1 Hybrid Additive-Subtractive Manufacturing: Designing for "print then machine" workflows (e.g., DED + CNC). Planning the transition interface. #### 4.2 AI & Machine Learning in CNC: Adaptive Machining: Real-time sensor monitoring of cutting forces/vibration, with AI adjusting feed/speed for optimized, unattended machining. Predictive Maintenance: Analyzing spindle load, tool vibration to predict wear and machine failure. #### 4.3 Automation & Lights-Out Manufacturing: Designing parts for automated fixturing (standardized datums, minimal custom jigs). Integrating pallet systems with CNC for 24/7 production. #### 5. Sustainable Manufacturing & Green Engineering Aligns with ESG principles and enhances brand value. Material & Energy Efficiency: Lightweight design as a driver for energy savings. Analyzing the environmental impact of cooling methods (flood, MQL, cryogenic). Best practices for cutting fluid management and recycling. Tool Lifecycle Management: Feasibility analysis of tool re-grinding and re-coating. Processes for recycling scrap carbide tools. #### 6. Knowledge Management & Training Systems Ensures long-term organizational competency. #### 6.1 Defect Library & Solution Database: Create a visual "failure mode" library. Example: **Problem:** Chatter marks on surface. **Root** **Causes:** Excessive tool overhang, poor workpiece clamping, aggressive parameters, worn tool. **Solutions:** Reduce overhang, check fixture, adjust feed/speed, replace tool. #### 6.2 Internal Technical Case Studies: Regularly document post-mortems of significant parts (especially challenging, successful, or cost-optimized), capturing the complete journey from design to delivery as institutional knowledge. [Get A Qoute](http://www.anxin-cnc.com/solutions/design-services/ "4. Emerging Technologies & Trends") * * * ![](http://www.anxin-cnc.com/media/azffyncj/pl_new_process_page_ctas_pim-process.jpg?width=1920&height=290&v=1d85ba7337807c0) Get an online quote and injection molding design analysis today. [Get a Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## CNC Machining News - [Blog](https://www.anxin-cnc.com/blog/ "Blog") - [News](https://www.anxin-cnc.com/blog/news/ "News") - News-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](https://www.anxin-cnc.com/blog/news/0001-1.html\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ## Latest Posts * * * | | | --- | | #### [The difference between 3D printing and CNC machining](https://www.anxin-cnc.com/blog/The-difference-between-3D-printing-and-CNC-machining-1253.html)
2026-03-03
Today we will talk about the difference between CNC machining and 3D printing. 3D printing is an additive material technology | | | | --- | | #### [Common Materials Used in Sheet Metal Processing](https://www.anxin-cnc.com/blog/Common-Materials-Used-in-Sheet-Metal-Processing-1252.html)
2026-03-03
The materials generally used in sheet metal processing are cold rolled sheet (SPCC), hot rolled sheet (SHCC), galvanised sheet (SECC, SGCC), | | | | --- | | #### [Which UAV parts are suitable for five-axis machining?](https://www.anxin-cnc.com/blog/Which-UAV-parts-are-suitable-for-five-axis-machining-1251.html)
2026-03-03
The deep processing capability of UAV parts five-axis machining technology has caused a great sensation in many industries. | | | | --- | | #### [What are the quality control methods for CNC machining?](https://www.anxin-cnc.com/blog/What-are-the-quality-control-methods-for-CNC-machining-1250.html)
2026-03-03
The quality control of machining process is an important link to ensure product quality. In the whole processing process, the process and method of quality control | | | | --- | | #### [CNC Machining Services & CNC Fabrication](https://www.anxin-cnc.com/blog/CNC-Machining-Services-CNC-Fabrication-1249.html)
2026-03-02
We offer expert CNC prototyping services, precision CNC machining services, and plastic CNC prototyping. | | | | --- | | #### [What is CNC Machining?](https://www.anxin-cnc.com/blog/What-is-CNC-Machining-1248.html)
2026-03-02
CNC machining (Computer Numerical Controlled machining) designates a process that uses a computer to control the trajectory of the machining tool. | | | | --- | | #### [What is CNC Aluminum Machining?](https://www.anxin-cnc.com/blog/What-is-CNC-Aluminum-Machining-1242.html)
2026-03-01
CNC machining is a subtractive manufacturing process that uses computerized controls and machine tools to remove material from a raw workpiece | | | | --- | | #### [What is Laser Cutting?](https://www.anxin-cnc.com/blog/What-is-Laser-Cutting-1236.html)
2026-02-20
Laser cutting uses a beam of light to cut or engrave materials without making physical contact. The laser beam melts or vaporizes the material along a pre-programmed path. | | | | --- | | #### [Top 10 CNC Milling Service](https://www.anxin-cnc.com/blog/Top-10-CNC-Milling-Service-1235.html)
2026-02-20
We are a direct manufacturer, not a digital middleman. We operate our own factories to guarantee total quality control over every part. | a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## CNC Machining Materials - [Materials](http://www.anxin-cnc.com/materials/ "Materials") - [CNC Machining Materials](http://www.anxin-cnc.com/materials/cnc-machining-materials/ "CNC Machining Materials") - CNC Machining Materials-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/materials/cnc-machining-materials/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ## Latest Posts * * * [![PMMA (Acrylic) CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1772352317.webp)](http://www.anxin-cnc.com/materials/PMMA-Acrylic-CNC-Machining-1247.html) | | | --- | | #### [PMMA (Acrylic) CNC Machining](http://www.anxin-cnc.com/materials/PMMA-Acrylic-CNC-Machining-1247.html)
2026-03-01
Polymethyl methacrylate has good overall mechanical properties and is at the forefront of general-purpose plastics. | [![ABS CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1772351609.webp)](http://www.anxin-cnc.com/materials/ABS-CNC-Machining-1246.html) | | | --- | | #### [ABS CNC Machining](http://www.anxin-cnc.com/materials/ABS-CNC-Machining-1246.html)
2026-03-01
ABS engineering plastic is PC+ABS (engineering plastic alloy), the Chinese name in the chemical industry called a plastic alloy | [![FR4 CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1772351441.webp)](http://www.anxin-cnc.com/materials/FR4-CNC-Machining-1245.html) | | | --- | | #### [FR4 CNC Machining](http://www.anxin-cnc.com/materials/FR4-CNC-Machining-1245.html)
2026-03-01
FR-4 is the code name of a flame-resistant material grade, which means that the resin material must be able to extinguish itself after the burning state | [![POM CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1772351337.webp)](http://www.anxin-cnc.com/materials/POM-CNC-Machining-1244.html) | | | --- | | #### [POM CNC Machining](http://www.anxin-cnc.com/materials/POM-CNC-Machining-1244.html)
2026-03-01
Also known as polyoxymethylene. The structure is, abbreviated as POM-C, usually the polymer of formaldehyde polymerization | [![Polycarbonate (PC) CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1772351229.webp)](http://www.anxin-cnc.com/materials/Polycarbonate-PC-CNC-Machining-1243.html) | | | --- | | #### [Polycarbonate (PC) CNC Machining](http://www.anxin-cnc.com/materials/Polycarbonate-PC-CNC-Machining-1243.html)
2026-03-01
The abrasion resistance of materials is relative, and when comparing ABS materials with PC materials, the abrasion resistance of PC materials is better. | [![Copper - T2 CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1772250697.webp)](http://www.anxin-cnc.com/materials/Copper-T2-CNC-Machining-1241.html) | | | --- | | #### [Copper - T2 CNC Machining](http://www.anxin-cnc.com/materials/Copper-T2-CNC-Machining-1241.html)
2026-02-28
T2, purple copper for short. T2 copper refers to copper-silver alloy, in which the copper content of copper + silver elements > 99.9% | [![Brass - H59 CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1772250521.webp)](http://www.anxin-cnc.com/materials/Brass-H59-CNC-Machining-1240.html) | | | --- | | #### [Brass - H59 CNC Machining](http://www.anxin-cnc.com/materials/Brass-H59-CNC-Machining-1240.html)
2026-02-28
H59 brass is the cheapest brass, with high strength and hardness and good plasticity, it can still withstand pressure processing | [![Aluminum 7075 CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1772250340.webp)](http://www.anxin-cnc.com/materials/Aluminum-7075-CNC-Machining-1239.html) | | | --- | | #### [Aluminum 7075 CNC Machining](http://www.anxin-cnc.com/materials/Aluminum-7075-CNC-Machining-1239.html)
2026-02-28
7075 aluminum alloy is a cold-treated forging alloy with high strength, far better than soft steel. 7075 is one of the most powerful alloys for commercial use. | [![Aluminum 6061 CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1772250237.webp)](http://www.anxin-cnc.com/materials/Aluminum-6061-CNC-Machining-1238.html) | | | --- | | #### [Aluminum 6061 CNC Machining](http://www.anxin-cnc.com/materials/Aluminum-6061-CNC-Machining-1238.html)
2026-02-28
6061（T6） aluminum alloy is a high-quality aluminum alloy product produced by heat treatment and pre-stretching process. | a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Electronic Industry Solutions # Electronic Industry Anxin specializes in precision machining and assembly of critical electronic components. We produce custom parts such as PCB mounting brackets, sensor housings, and connector fixtures, all crafted to meet the strict miniaturization and precision requirements of the electronics industry. With rigorous quality control and flexible customization capabilities, we deliver reliable solutions that support electronics manufacturers in enhancing product performance and production efficiency. [Start a Project](http://www.anxin-cnc.com/contact/ "Get A Quote") * * * * * * ## Customized Solutions for the Electronic Industry #### 1\. High-Precision Component Machining [CNC machining](http://www.anxin-cnc.com/capabilities/cnc-machining/) for electronic core components (connectors, heat sinks, sensor housings, PCB fixtures) with tight tolerance control, meeting the miniaturization and high-precision design demands of electronic products. #### 2\. Material & Process Customization Tailored machining for electronic-specified materials (aluminum alloy, copper, engineering plastics, ceramics) and matching surface treatments (anodizing, electroplating, passivation), ensuring material performance and surface properties align with product functional requirements. #### 3\. Prototype to Mass Production Integration One-stop support from [rapid\\ prototype](http://www.anxin-cnc.com/solutions/rapid-prototype/) machining for R&D verification to large-scale batch production, adapting to the electronic industry’s fast product iteration and flexible production needs (small-batch customization & mass manufacturing). #### 4\. Assembly-Oriented Design & Machining Optimize component dimensional accuracy and structural design combined with electronic product assembly requirements, achieving seamless matching with subsequent assembly processes, reducing assembly errors and improving overall production efficiency. #### 5\. Strict Quality Control & Compliance Full-process quality management in line with electronic industry standards (ISO 9001/IPC), with professional testing and complete production data traceability, guaranteeing the stability and reliability of machined electronic components. * * * * * * ## Why Choose Us? Anxin is a reliable machining partner for the electronic industry, with micron-level precision machining, professional electronic material customization, strict quality control and flexible fast response, providing high-quality customized machining solutions for electronic core components. * * * ### \*Ultra-Precision Machining Micron-level tolerance control, meeting miniaturization and high-precision demands of electronic components. ### \*Electronic Material Customization Tailored processing for aluminum alloy, copper, engineering plastics and other electronic-specified materials with matching surface treatment. ### \*Rigorous Quality Control Multi-stage precision inspection, ensuring dimensional consistency and performance stability of electronic parts. ### \*Flexible & Fast Response Support prototype R&D and small-batch mass production, short lead time to adapt to electronic industry’s fast iteration. * * * [Start Your Instant Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") * * * * * * ## Our Manufacturing Services Anxin offers one-stop manufacturing services, covering precision CNC machining, sheet metal fabrication, 3D printing, and a full range of capabilities. From complex precision components to large structural parts, we deliver efficiently to meet your diverse manufacturing needs. ### [CNC Machining](http://www.anxin-cnc.com/capabilities/cnc-machining/ "CNC Machining") Anxin offers services for both metal and non-metal parts from prototypes to on-demand production. You can receive immediate quotations and choose from over 40 materials and more than 10 surface treatments. [![CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1768016682.webp)](http://www.anxin-cnc.com/capabilities/cnc-machining/ "3 Axis CNC Machining") ### [CNC Turning](http://www.anxin-cnc.com/capabilities/cnc-turning/ "CNC Turning") It is usually suitable for precision machining of a variety of materials and complex parts. It has the advantage of composite processing and simplifies subsequent processes. [![CNC Turning](http://www.anxin-cnc.com/uploadfile/ordinary/1768016743.webp)](http://www.anxin-cnc.com/capabilities/cnc-turning/ "3 Axis CNC Machining") ### [5 Axis CNC Machining](http://www.anxin-cnc.com/capabilities/5-axis-cnc-machining/ "5 Axis CNC Machining") ANXIN’s 5-axis machining services offer unparallel speed and flexibility. With an extensive range of advanced 5-axis CNC machines and a long list of materials. [![5 Axis CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1768016805.webp)](http://www.anxin-cnc.com/capabilities/5-axis-cnc-machining/ "3 Axis CNC Machining") ### [Sheet Metal Fabrication](http://www.anxin-cnc.com/capabilities/sheet-metal-fabrications/ "Sheet Metal Fabrication") We transform flat sheets of metal into precise, functional components and enclosures through cutting, bending and assembly. [![Sheet Metal Fabrication](http://www.anxin-cnc.com/uploadfile/ordinary/1768016870.webp)](http://www.anxin-cnc.com/capabilities/sheet-metal-fabrications/ "3 Axis CNC Machining") ### [Die Casting](http://www.anxin-cnc.com/capabilities/die-casting/ "Die Casting") Die casting is an efficient metal casting process in which molten metals (such as aluminum, zinc, magnesium alloy) are injected into precision steel molds at high speed and cooled in a short time. [![Die Casting](http://www.anxin-cnc.com/uploadfile/ordinary/1768016920.webp)](http://www.anxin-cnc.com/capabilities/die-casting/ "3 Axis CNC Machining") ### [Injection Molding](http://www.anxin-cnc.com/capabilities/injection-molding/ "Injection Molding") Injection molding is a kind of molding process in which molten plastic is injected into a closed mold cavity by high pressure, and plastic products are obtained after cooling and curing. [![Injection Molding](http://www.anxin-cnc.com/uploadfile/ordinary/1768016981.webp)](http://www.anxin-cnc.com/capabilities/injection-molding/ "3 Axis CNC Machining") ### [3D Printing](http://www.anxin-cnc.com/capabilities/3d-printing/ "3D Printing") Bring Your Ideas to Life.We transform digital designs into physical objects, layer by layer. Perfect for prototyping, custom parts, or creative projects. [![3D Printing](http://www.anxin-cnc.com/uploadfile/ordinary/1768017039.webp)](http://www.anxin-cnc.com/capabilities/3d-printing/ "3 Axis CNC Machining") ### [Wire EDM](http://www.anxin-cnc.com/capabilities/wire-edm/ "Wire EDM") We specialize in machining ultra-hard metals and complex shapes using controlled electrical sparks. The ideal solution when traditional CNC cutting is impossible or inefficient. [![Wire EDM](http://www.anxin-cnc.com/uploadfile/ordinary/1768017084.webp)](http://www.anxin-cnc.com/capabilities/wire-edm/ "3 Axis CNC Machining") * * * ### Electronic Industry * * * Materials & Surface Finishes ![Materials](http://www.anxin-cnc.com/uploadfile/ordinary/1769246715.webp) ### Materials We provide an extensive range of materials — from durable metals and versatile plastics to high-strength composites — to support your diverse project requirements. [View all Materials](http://www.anxin-cnc.com/resources/materials/ "Materials") ![Surface Finishes](http://www.anxin-cnc.com/uploadfile/ordinary/1769246778.webp) ### Surface Finishes Our superior surface finishing solutions enhance both the longevity and aesthetic quality of your components, perfectly addressing the needs of applications requiring smooth or custom-textured surfaces. [View all Surface Finishes](http://www.anxin-cnc.com/resources/surface-finishes/ "Surface Finishes") ![Applications of Electronic Parts](http://www.anxin-cnc.com/uploadfile/ordinary/1769246876.webp) # Applications of Electronic Parts Our precision-machined electronic components deliver exceptional dimensional accuracy and performance, engineered for the rigorous demands of modern electronic devices and systems. **\- Consumer Electronics:** Precision housings, connector parts and structural components for smartphones, laptops and wearable devices, balancing miniaturization and structural stability. **\- Industrial Electronics:** Sensor brackets, control panel components and enclosures for industrial controllers, inverters and automation equipment, ensuring reliability in harsh working environments. **\- Telecommunications:** RF component housings, antenna parts and base station structural fittings, meeting the high-precision and signal stability requirements of communication systems. **\- Medical Electronics:** Precision parts for diagnostic equipment, monitoring devices and medical instruments, complying with strict precision and biocompatibility standards for medical applications. * * * * * * Start Your Next Project Today [Get Instant Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Aluminum CNC Machining - [Materials](http://www.anxin-cnc.com/materials/ "Materials") - [CNC Machining Materials](http://www.anxin-cnc.com/materials/cnc-machining-materials/ "CNC Machining Materials") - Aluminum CNC Machining-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/materials/aluminum-cnc-machining/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ## Latest Posts * * * [![Aluminum 7075 CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1772250340.webp)](http://www.anxin-cnc.com/materials/Aluminum-7075-CNC-Machining-1239.html) | | | --- | | #### [Aluminum 7075 CNC Machining](http://www.anxin-cnc.com/materials/Aluminum-7075-CNC-Machining-1239.html)
2026-02-28
7075 aluminum alloy is a cold-treated forging alloy with high strength, far better than soft steel. 7075 is one of the most powerful alloys for commercial use. | [![Aluminum 6061 CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1772250237.webp)](http://www.anxin-cnc.com/materials/Aluminum-6061-CNC-Machining-1238.html) | | | --- | | #### [Aluminum 6061 CNC Machining](http://www.anxin-cnc.com/materials/Aluminum-6061-CNC-Machining-1238.html)
2026-02-28
6061（T6） aluminum alloy is a high-quality aluminum alloy product produced by heat treatment and pre-stretching process. | a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Mass Production Solutions - [Solutions](http://www.anxin-cnc.com/solutions/ "Solutions") - [Mass Production](http://www.anxin-cnc.com/solutions/mass-production/ "Mass Production") - From Prototype to Mass Production \| Anxin Metal | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/solutions/mass-production/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ## Mass Production Solution for Hardware and Plastic Components Mass production in metal and plastic processing is a highly systematic endeavor built on a foundation of tooling (molds), structured around automated assembly lines, and sustained by rigorous process control. Its success hinges on upfront DFM and mold investment, coupled with the relentless pursuit of efficiency, cost, and quality during production. ![Mass Production ](http://www.anxin-cnc.com/uploadfile/ordinary/1769569666.webp) * * * ## I. Core Processing Technologies #### 1. Hardware Processing Section **Stamping:** The absolute core of mass production. Uses dies and presses to punch, bend, draw, and form metal sheets. Extremely fast (up to hundreds of strokes per minute), low cost, and high consistency. Suitable for chassis, brackets, connectors, enclosures, etc. **Die** **Casting:** Involves injecting molten metal (e.g., aluminum, zinc alloy) under high pressure into a steel mold for rapid shaping. Ideal for complex, precise, high-strength metal parts like gears, hardware fittings, and automotive components. **CNC** **Machining:** In mass production, used primarily for mold manufacturing and high-precision secondary machining (e.g., drilling, milling slots after stamping/die casting). Fully CNC machining individual parts is not suitable for true ultra-high-volume production. **Others:** Processes like fastener manufacturing (cold heading) and powder metallurgy are also commonly used for mass-producing specific parts. #### 2. Plastic Processing Section **Injection** **Molding:** The absolute core of plastic mass production. Heats plastic pellets until molten, then injects them under high pressure into a steel mold cavity. After cooling, the part is ejected. Extremely efficient, capable of producing parts with highly complex shapes. Suitable for housings, buttons, containers, precision components, etc. **Blow** **Molding:** Mainly used for producing hollow items like bottles and containers. **Extrusion:** Produces continuous profiles with constant cross-sections, such as pipes, rods, and sheets. #### 3. Secondary Processing and Surface Treatment These are critical steps for enhancing product functionality and aesthetics, often also performed on automated assembly lines. **Hardware:** Plating (nickel, chrome, zinc), painting (powder coating, spray painting), anodizing (for aluminum), brushing, polishing, etc. **Plastics:** Painting, UV coating, plating (electroplating, vacuum metallization), screen printing, pad printing, laser engraving, etc. **Assembly:** Automated assembly lines, robotic arms, ultrasonic welding, heat staking, automatic screwdriving, etc., are used to assemble hardware and plastic parts into final products. * * * ## II. Key Considerations for Mass Production #### 1. Design and Tooling (Molds) **DFM** **(Design for Manufacturability):** This is the most critical first step. Designers must work closely with engineers to ensure the product design facilitates mold manufacturing, material flow, part ejection, and assembly to reduce costs and defect rates. **Molds/Tooling:** Molds represent the core high one-time investment. Mass production uses high-hardness, long-life precision steel molds (e.g., injection molds, stamping dies). Mold quality directly determines product quality, production efficiency, and lifecycle cost. #### 2. Material Selection Hardware: Cold-rolled steel, stainless steel, aluminum, copper, zinc alloys, etc., considering strength, toughness, corrosion resistance, and cost. Plastics: ABS, PC, PP, PA (Nylon), POM (Acetal), etc., considering mechanical properties, temperature resistance, flame retardancy, appearance (e.g., transparency), and price. Custom color masterbatches are often used for color consistency. #### 3. Production and Quality Control **Automation** **and Assembly Lines:** High automation is fundamental to ensuring output, reducing costs, and maintaining consistent quality. Includes automatic feeders, robotic part removal, conveyor systems, etc. **Process** **Control:** Strict monitoring of key process parameters (e.g., temperature, pressure, time in injection molding; tonnage, speed in stamping). **Quality** **Inspection:** Implementation of Statistical Process Control (SPC). Methods include: First Article Inspection, patrol inspections, full dimensional checks (using CMM), functional testing, durability testing. Extensive use of gauges, jigs, and Automated Optical Inspection (AOI). #### 4. Supply Chain and Logistics Stable raw material supply, efficient inventory management (e.g., Just-In-Time production), and a robust finished goods distribution network are crucial for mass production. #### III. Advantages and Challenges **Advantages:** **Economies** **of Scale:** Unit cost decreases significantly as production volume increases. **High** **Efficiency and Consistency:** Automated lines can operate 24/7, producing products with highly uniform quality. **High** **Production Capacity:** Can meet massive global market demand. **High** **Degree of Technological Integration:** Facilitates the integration of advanced technologies and processes. **Challenges:** **V** **ery** **High Initial Investment:** Costs for molds, dedicated equipment, and production line setup are extremely high. **Lack** **of Flexibility:** Once a line is set up, changing the product or design is very difficult and costly. **High** **Minimum Order Quantity (MOQ) Requirements:** Requires very large orders to amortize the high upfront costs. **Inventory** **Risk:** Forecasting errors can lead to large inventories of finished or semi-finished goods. **High Dependence on Tooling:** Any issues with the molds can halt the entire production line, causing significant losses.a * * * ![Two Pillars and Foundations on Running Through the Mass Production](http://www.anxin-cnc.com/uploadfile/ordinary/1769570130.webp) ### Two Pillars and Foundations on Running Through the Mass Production #### 1. Final Confirmation and Optimization of Molds and Tooling **Mold** **Acceptance (After T0 Trial):** It’s not enough for a mold to simply make a part. It must be validated based on data from pilot production runs (e.g., T1-T3) to ensure stability, longevity, ease of maintenance, cooling efficiency, venting, etc., under continuous production. The mold must be in a true mass-production-ready state. **Full** **Lifecycle Management:** Establish a preventive maintenance schedule for the molds, specifying servicing intervals after a certain number of cycles. **Dedicated** **Gauges and Fixtures:** Design and manufacture fast, accurate dedicated inspection gauges (GO/NO GO gauges) and assembly/testing fixtures based on the product’s critical dimensions and assembly requirements. These are crucial for ensuring the speed and consistency of in-line inspection. #### 2. Solidification of Production Processes and Process Parameters **Standard** **Operating Procedures (SOPs):** Create illustrated SOPs for every key station (e.g., machine startup, material loading, part removal, patrol inspection) as the sole standard for operators. **Locking** **Down Process Parameter Windows:** Determine the optimal process parameters (e.g., temperature, pressure, time, speed for injection molding; tonnage, stroke, speed for stamping) through pilot runs and define their safe upper and lower limits. Input these parameters into the equipment and lock access to prevent unauthorized changes. **Work** **Instructions (WIs):** Cover all processes in detail, including standards for post-processing (painting, printing), assembly, and packaging. [Get A Qoute](http://www.anxin-cnc.com/solutions/mass-production/ "Two Pillars and Foundations on Running Through the Mass Production") * * * ### Three Controls on Running Through the Mass Production #### 1. Supply Chain and Material Control **Raw** **Material Batch Management** **:** Require suppliers to provide material property sheets for each batch (e.g., MFI, hardness for plastics; material certs for metal) and conduct Incoming Quality Control (IQC). Ensure consistency across different material batches. **Sub-Supplier** **Management:** Manage the quality and delivery of key purchased components (e.g., screws, springs, electronic parts). **Inventory** **and Logistics Planning:** Establish safety stock levels and plan the flow and storage areas for raw materials, work-in-progress (WIP), and finished goods (e.g., FIFO - First In, First Out). #### 2. Production Floor and Process Control **First** **Article Inspection (FAI):** Must be conducted comprehensively at the start of each shift, after mold or material changes, etc. The first pieces must be compared against master samples before production continues. **In-Process** **Quality Control (IPQC):** At fixed frequencies (e.g., hourly), a specified number of products are sampled and inspected according to the standard, with key dimensions recorded on a Control Chart (X-R Chart) to monitor process stability and control in real-time. **Statistical** **Process Control (SPC):** Perform statistical analysis on data from Critical-to-Quality characteristics to warn of trending changes, enabling preventive quality control rather than post-production inspection. **Equipment** **and Mold Checks:** Operators and maintenance personnel perform regular checks and record the status of equipment and molds. #### 3. Final Quality and Outgoing Control **Outgoing** **Quality Control (OQC):** Before finished products are packaged and stored, conduct sampling inspections according to the AQL standard. Only qualified batches can be released. **Standardized** **Packaging and Labeling:** Design packaging solutions that protect products and facilitate transportation and storage. All cartons must have clear labels (part number, quantity, production date, lot/batch number). **Traceability** **System:** Establish a complete traceability chain from raw material batch -> production date/shift -> finished goods batch number. This allows for rapid problem localization and recall if issues arise in the market.a [Get A Qoute](http://www.anxin-cnc.com/solutions/mass-production/ "Three Controls on Running Through the Mass Production") ![Three Controls on Running Through the Mass Production](http://www.anxin-cnc.com/uploadfile/ordinary/1769570237.webp) * * * ![Four Preparations before the Mass Production](http://www.anxin-cnc.com/uploadfile/ordinary/1769570366.webp) ### Four Preparations before the Mass Production #### 1. Personnel and Training Preparation **Clear** **Organizational Structure:** Define clear roles and responsibilities for production, quality, engineering, and materials management positions. **Systematic** **Training:** Train and assess all operators and inspectors on SOPs, WIs, safety, and quality awareness. Implement a "certified to operate" system. #### 2. Quality System Documentation Preparation **Quality** **Control Plan (QCP):** This document defines all control points from incoming materials to outgoing shipment and is the overarching plan for quality activities. **Product** **Inspection Standards:** Clearly define the line between acceptable and defective products with illustrations/photos. Limit Samples are highly recommended. **Non-Conforming** **Product Control Procedure:** Clearly define the process for identifying, segregating, reviewing, and disposing of non-conforming products (rework, scrap, concession). #### 3. Capacity and Planning Preparation **Capacity** **Verification:** Scientifically calculate daily/weekly/monthly capacity based on standard cycle times and Overall Equipment Effectiveness (OEE), serving as the basis for order acceptance and production scheduling. **Master** **Production Schedule (MPS):** Develop a detailed production schedule (down to daily or weekly) based on orders and forecasts. **Production** **Kick-off Meeting:** Convene a meeting with all relevant personnel (production, quality, engineering, materials, etc.) before the production start date to confirm all preparations are complete. #### 4. Risk Management and Contingency Preparation **Develop** **Contingency Plans:** Establish response procedures and backup plans for situations like sudden equipment failure, critical material shortages, or emergent quality issues. **Establish** **a Rapid Response Team:** Ensure production, engineering, and quality personnel can be on-site immediately to resolve problems.a [Get A Qoute](http://www.anxin-cnc.com/solutions/mass-production/ "Four Preparations before the Mass Production") * * * ![](http://www.anxin-cnc.com/media/azffyncj/pl_new_process_page_ctas_pim-process.jpg?width=1920&height=290&v=1d85ba7337807c0) Get an online quote and injection molding design analysis today. [Get a Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Sheet Metal Overview - [Materials](http://www.anxin-cnc.com/materials/ "Materials") - [Sheet Metal Materials](http://www.anxin-cnc.com/materials/sheet-metal-materials/ "Sheet Metal Materials") - Sheet Metal Materials-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/materials/sheet-metal-materials/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ## Latest Posts * * * There is no content in this category! a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## 5-Axis CNC Machining - [Capabilities](http://www.anxin-cnc.com/capabilities/ "Capabilities") - [Machining Services](http://www.anxin-cnc.com/capabilities/machining-services/ "Machining Services") - 5-axis CNC Machining Services for Anxin Metal | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/capabilities/5-axis-cnc-machining/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ![5-axis CNC Machining Services](http://www.anxin-cnc.com/uploadfile/ordinary/1768618028.webp) # 5-axis CNC Machining Services ## Anxin provides you with high-quality products with five-axis machinery. Five-axis machining is a high-precision CNC machining technology that enables a cutting tool to move along five different axes simultaneously. It allows for machining complex 3D parts from multiple angles in a single setup, significantly reducing setup times and improving machining accuracy. [Get A Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") ISO 9001:2015 #### How It Works: The Data-Powered Manufacturing Process **Design** **& Programming:** Create a 3D model of the part using CAD software, then convert it into a machine-readable G-code program via CAM software, defining the 5-axis movement paths and cutting parameters. **Workpiece** **Setup & Fixturing:** Secure the raw material onto the machine’s worktable with appropriate fixtures, ensuring stability and alignment to avoid displacement during multi-axis cutting. **Tool** **Selection & Loading:** Choose cutting tools matching the workpiece material (e.g., carbide end mills for metals, diamond tools for composites) and load them into the machine’s tool magazine. **Machine** **Calibration & Simulation:** Calibrate the machine’s axes to ensure precision, then run a virtual simulation of the machining process to check for tool collisions or path errors. **Multi-Axis** **Machining Execution:** Start the machine; the cutting tool and workpiece move simultaneously along X, Y, Z linear axes plus two rotary axes, shaping complex geometries in a single setup. **Post-Machining** **Inspection:** Unload the finished part and perform dimensional inspection with tools like CMMs (Coordinate Measuring Machines) to verify compliance with design specifications. #### Mechanical Structure of 5-axis CNC Machine A. Two rotating coordinates directly control the direction of the tool axis (Double Swing Head Type) B. Two coordinate axes are at the top of the tool, but the rotating axis is not perpendicular to the linear axis (Pitch Type Swing Head Type) C. The two rotating coordinates directly control the rotation of the space (Double Turntable Form) D. the two coordinate axes are on the worktable, but the rotating axis is not perpendicular to the linear axis (Pitching Worktable Type) E. The two rotating coordinates act on the tool one at a time Up, one acting on the products. (One Swing and One Revolving Form) #### 5-Axis CNC Machining Principle 1. 5-axis machining enables simultaneous movement of the cutting tool or workpiece along three linear axes (X, Y, Z) and two rotary axes, allowing access to complex part geometries from multiple angles in a single setup. 2. By eliminating the need for repeated re-fixturing, this technology minimizes positioning errors and significantly improves the dimensional accuracy and surface finish of machined components. 3. CAM software generates precise toolpath instructions based on 3D part models, coordinating the synchronized motion of all five axes to achieve efficient and high-quality machining of intricate parts. * * * ## Core Advantages: Why It’s Choosen as the Best Machining Process now? **Suitable for processing complex and** **irregular parts:** Widely used in aerospace, shipbuilding, mold and other processing industries as they can process complex parts that are difficult or almost impossible to process with ordinary machining centers. **High machining accuracy:** Perform complete dimensional analysis of materials through five axis positioning machining. **Stability:** Realize computer mastery, eliminate human error, ensure good consistency in part processing, and ensure stable and reliable quality. **High flexibility:** When the processing object changes, it is generally only necessary to change the CNC sequence, demonstrating good adaptability and greatly saving production preparation time. **High productivity:** The productivity of the five axis machining center is high, generally 3-5 times that of a regular machining center, and can handle the processing of certain complex parts. ![5 Axis CNC Machining Parts](http://www.anxin-cnc.com/uploadfile/editor/20260117105105_99719.webp) * * * ## Why choose us for 5-axis CNC Machining? #### 1. High Precision for Complex Geometries A core advantage of ANXIN’s 5-axis machining is its exceptional precision in handling intricate part designs. By enabling simultaneous movement across five axes, we eliminate errors from repeated re-fixturing and achieve tight tolerances, ensuring consistent quality for complex contours, undercuts, and free-form surfaces critical for aerospace, medical, and automotive components. #### 2. Versatile Material & Application Capability ANXIN’s 5-axis machining services support a wide range of materials, from aluminum alloys and titanium to composites and engineering plastics. Our technology adapts seamlessly to both small-batch custom parts and high-volume production, meeting diverse industry needs—whether for lightweight automotive components, biocompatible medical implants, or high-strength aerospace parts. #### 3. Enhanced Efficiency & Cost Savings We optimize production efficiency by reducing setup times by over 60% compared to traditional 3-axis machining. With fewer clamping steps, shorter cycle times, and minimized tool wear via optimized cutting paths, we lower operational costs while accelerating lead times, ensuring timely delivery without compromising quality. #### 4. Expert Technical Support & Customization ANXIN’s team of skilled engineers provides end-to-end support, from CAM programming to post-machining inspection. We tailor machining strategies to your unique project specifications, leveraging years of experience in optimizing toolpaths and processes to turn complex design concepts into high-quality, production-ready parts. * * * ![Key Application Industries for 5 Aixs CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1768618612.webp) ### Key Application Industries for 5 Aixs CNC Machining **Aerospace:** Engine components, landing gear, airframe structures (requirements: high strength, lightweight, high reliability). **CNC** **Engine Components:** 5-axis simultaneous precision machining. **CNC** **Blade Manufacturing:** Complex surface CNC machining. **Automotive** **Industry:** Prototyping, engine blocks, transmission gears, high-performance custom parts. **Medical** **Devices:** Surgical instruments, orthopedic implants, dental prosthetics (requirements: biocompatibility, ultra-high precision). **CNC** **Implant Manufacturing:** Biocompatible surface finishing. **CNC** **Surgical Instruments:** Precision edge CNC machining. **Mold** **& Die Making:** The core process for creating injection molds, die-casting molds, stamping dies. **Electronics** **& Telecommunications:** Precision connectors, heat sinks, chip packaging molds. **Energy** **Equipment:** Turbine blades, valves, complex pump housings. [Check Out the Toolkit](http://www.anxin-cnc.com/capabilities/5-axis-cnc-machining/ "Key Application Industries for 5 Aixs CNC Machining") * * * ## What Materials Can Be Selected for 5-Axis Machining? 5-axis machining is renowned for its versatility in processing a wide spectrum of materials, catering to the demands of industries like aerospace, automotive, mold-making, and medical device manufacturing. **-** **Aerospace Alloys:** Materials such as titanium alloys (e.g., Ti-6Al-4V) and nickel-based superalloys (e.g., Inconel) are ideal for 5-axis machining. The technology’s multi-directional cutting capability handles their high strength and heat resistance, enabling the precise shaping of complex aerospace components like turbine blades and structural parts. **-** **Engineering Meta** **ls:** Common metals including aluminum alloys, stainless steel, and mold steel are widely processed via 5-axis machining. Aluminum alloys benefit from the method’s high-efficiency cutting for lightweight, high-precision parts; stainless steel is shaped into corrosion-resistant components; mold steel is machined into intricate molds with smooth surfaces. **-** **Engineering Plastics:** Materials like PEEK, nylon, and polycarbonate are suitable for 5-axis machining. The process ensures minimal deformation during cutting, making it perfect for manufacturing precision plastic parts used in medical devices and electronic equipment. **-** **Composite Materials:** Advanced composites such as carbon fiber-reinforced polymers (CFRP) are well-adapted to 5-axis machining. Its ability to cut at various angles prevents delamination, ensuring the integrity of composite components applied in aerospace and high-performance automotive fields. * * * ![Surface Treatment Options for 5-axis CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1768619062.webp) ### Surface Treatment Options for 5-axis CNC Machining #### I. Surface Treatment Options #### 1. Functional Surface Treatments #### 1.1 Anodizing (Hard Anodizing/Clear Anodizing) **Process** **Parameters:** Film thickness 10-25μm, hardness HV300-600. **Applicable** **Materials:** Aluminum alloys (2xxx/6xxx/7xxx series). **Inspection** **Standards:** ASTM B580 / MIL-A-8625. Quality Key Points: Color difference control ΔE<1.5, film thickness uniformity ±2μm. #### 1.2 Plating Coating #### 1.2.1 Hard Chrome Plating **Thickness** **Range:** 0.02-0.2mm. **Hardness:** HV800-1000. **Special** **Properties:** Wear resistance, low friction coefficient. #### 1.2.2 Electroless Nickel Plating **Thickness** **Range:** 0.005-0.1mm. **Hardness:** HV500-700. **Special** **Properties:** Uniform coating, corrosion resistance. #### 1.2.3 PVD Coating **Thickness** **Range:** 1-5μm. **Hardness:** HV2000-3000. **Special** **Properties:** High temperature resistance, decorative. #### 2. Decorative Surface Treatments #### 2.1 Sandblasting **Abrasive** **Specifications:** 80#-220# aluminum oxide/glass beads. **Surface** **Effect:** Ra 1.6-6.3μm matte finish. **Pre-treatment** **Requirements:** Must remove burrs after machining. #### 2.2 Mechanical Polishing Process Coarse Polishing (120# abrasive belt). Medium Polishing (Fiber wheel + polishing compound). Fine Polishing (Cloth wheel + diamond paste). Mirror Surface Inspection (Reflectivity ≥85%). [Check Out the Toolkit](http://www.anxin-cnc.com/capabilities/5-axis-cnc-machining/ "Surface Treatment Options for 5-axis CNC Machining") * * * ### 5-axis CNC Machining Frequently Asked Questions (FAQs) ### What are the key advantages of 5-axis machining? _expand\_less_ _expand\_more_ A: It offers complex part machining, reduced setup times, improved surface finish, and the ability to machine multiple sides of a workpiece in one operation. ### How to choose the right cutting tools for 5-axis machining? _expand\_less_ _expand\_more_ A: Select tools based on workpiece material, machining operations, tool rigidity, and the machine’s spindle speed capabilities. ### What factors cause tool wear in 5-axis machining? _expand\_less_ _expand\_more_ A: Tool wear is caused by cutting temperature, workpiece hardness, tool material properties, and improper cutting parameter settings. ### How to avoid collision in 5-axis machining? _expand\_less_ _expand\_more_ A: Avoid collisions through precise workpiece fixture modeling, simulation before machining, and setting reasonable tool path offsets. ### What materials are suitable for 5-axis machining? _expand\_less_ _expand\_more_ A: It is suitable for a wide range of materials including aerospace alloys, mold steel, aluminum alloys, engineering plastics, and titanium alloys. ### How to enhance the surface finish of 5-axis machined parts? _expand\_less_ _expand\_more_ A: Enhance surface finish by optimizing cutting parameters, using high-quality cutting tools, reducing tool vibration, and performing proper post-processing. ### What is the role of workpiece fixturing in 5-axis machining? _expand\_less_ _expand\_more_ A: It ensures stable workpiece positioning, prevents displacement during multi-directional cutting, and maintains machining dimensional accuracy. ### How to maintain a 5-axis machining tool? _expand\_less_ _expand\_more_ A: Maintain it by regular spindle calibration, lubricating moving components, inspecting tool holders, and cleaning chips and coolant residues. * * * Get an online quote and injection molding design analysis today. [Get a Quote](http://www.anxin-cnc.com/contact "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Aerospace CNC Machining # Aerospace Industry Anxin specializes in precision machining and assembly of high-performance aerospace components. We manufacture critical parts including aircraft structural fittings, avionics mounting brackets, and engine component subassemblies, all compliant with stringent aerospace industry quality and safety standards. Our advanced CNC technology and rigorous inspection processes ensure exceptional accuracy and reliability, catering to the demanding needs of aerospace equipment manufacturers worldwide. [Start a Project](http://www.anxin-cnc.com/contact/ "Get A Quote") * * * * * * ## Customized Solutions for the Aerospace Industry #### 1. Tailored Component Design & Machining We offer custom precision machining and assembly services for a full range of aerospace components, including aircraft structural fittings, avionics mounting brackets, and engine sub-assembly parts. Our engineering team works closely with clients to optimize designs for lightweight performance, structural integrity and manufacturing feasibility, adapting to both small-batch prototyping and large-volume production needs. #### 2. Strict Compliance with Aerospace Standards All solutions are developed and delivered in full compliance with international aerospace industry standards and certifications. We adhere to rigorous quality protocols to meet the sector’s demanding requirements for anti-corrosion, high-temperature resistance and extreme environmental adaptability. #### 3. End-to-End NPI & Production Support We provide a seamless, end-to-end service from new product introduction (NPI) to mass production. This covers prototype validation, process optimization, and strict quality inspection at every stage, ensuring fast time-to-market while maintaining uncompromised product reliability. #### 4. Advanced Quality Control & Traceability Leveraging state-of-the-art CNC machining equipment and precision testing tools, we implement full-process quality control and product traceability. Every component is tracked throughout the production cycle, guaranteeing consistent accuracy and compliance with client-specific quality benchmarks. * * * * * * ## Why Choose Us? Anxin is a reliable machining partner for the aerospace industry, with aircraft-grade precision machining, professional processing of aerospace-specific hard materials, rigorous quality control and flexible customized solutions, providing high-reliability machining support for aerospace core components. * * * ### \*Ultra-High Precision Machining Micron-level tolerance control with [5-axis CNC machining](http://www.anxin-cnc.com/capabilities/5-axis-cnc-machining/), meeting the extreme precision requirements of aerospace components. ### \\* Special Hard Material Processing Mature technology for nickel-based superalloy, titanium alloy and other aerospace-specific materials, with customized heat and surface treatment. ### \*Rigorous Full-Process Quality Control Adopt high-precision testing equipment such as CMM, implement strict multi-stage inspection, ensuring the consistency and reliability of aerospace parts. ### \*Customized Solution for Aerospace Flexible customization for complex structural parts, supporting [prototype](http://www.anxin-cnc.com/solutions/rapid-prototype/) R&D and small-batch production, adapting to the high-demand machining needs of aerospace industry. * * * [Start Your Instant Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") * * * * * * ## Our Manufacturing Services Anxin offers one-stop manufacturing services, covering precision CNC machining, sheet metal fabrication, 3D printing, and a full range of capabilities. From complex precision components to large structural parts, we deliver efficiently to meet your diverse manufacturing needs. ### [CNC Machining](http://www.anxin-cnc.com/capabilities/cnc-machining/ "CNC Machining") Anxin offers services for both metal and non-metal parts from prototypes to on-demand production. You can receive immediate quotations and choose from over 40 materials and more than 10 surface treatments. [![CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1768016682.webp)](http://www.anxin-cnc.com/capabilities/cnc-machining/ "3 Axis CNC Machining") ### [CNC Turning](http://www.anxin-cnc.com/capabilities/cnc-turning/ "CNC Turning") It is usually suitable for precision machining of a variety of materials and complex parts. It has the advantage of composite processing and simplifies subsequent processes. [![CNC Turning](http://www.anxin-cnc.com/uploadfile/ordinary/1768016743.webp)](http://www.anxin-cnc.com/capabilities/cnc-turning/ "3 Axis CNC Machining") ### [5 Axis CNC Machining](http://www.anxin-cnc.com/capabilities/5-axis-cnc-machining/ "5 Axis CNC Machining") ANXIN’s 5-axis machining services offer unparallel speed and flexibility. With an extensive range of advanced 5-axis CNC machines and a long list of materials. [![5 Axis CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1768016805.webp)](http://www.anxin-cnc.com/capabilities/5-axis-cnc-machining/ "3 Axis CNC Machining") ### [Sheet Metal Fabrication](http://www.anxin-cnc.com/capabilities/sheet-metal-fabrications/ "Sheet Metal Fabrication") We transform flat sheets of metal into precise, functional components and enclosures through cutting, bending and assembly. [![Sheet Metal Fabrication](http://www.anxin-cnc.com/uploadfile/ordinary/1768016870.webp)](http://www.anxin-cnc.com/capabilities/sheet-metal-fabrications/ "3 Axis CNC Machining") ### [Die Casting](http://www.anxin-cnc.com/capabilities/die-casting/ "Die Casting") Die casting is an efficient metal casting process in which molten metals (such as aluminum, zinc, magnesium alloy) are injected into precision steel molds at high speed and cooled in a short time. [![Die Casting](http://www.anxin-cnc.com/uploadfile/ordinary/1768016920.webp)](http://www.anxin-cnc.com/capabilities/die-casting/ "3 Axis CNC Machining") ### [Injection Molding](http://www.anxin-cnc.com/capabilities/injection-molding/ "Injection Molding") Injection molding is a kind of molding process in which molten plastic is injected into a closed mold cavity by high pressure, and plastic products are obtained after cooling and curing. [![Injection Molding](http://www.anxin-cnc.com/uploadfile/ordinary/1768016981.webp)](http://www.anxin-cnc.com/capabilities/injection-molding/ "3 Axis CNC Machining") ### [3D Printing](http://www.anxin-cnc.com/capabilities/3d-printing/ "3D Printing") Bring Your Ideas to Life.We transform digital designs into physical objects, layer by layer. Perfect for prototyping, custom parts, or creative projects. [![3D Printing](http://www.anxin-cnc.com/uploadfile/ordinary/1768017039.webp)](http://www.anxin-cnc.com/capabilities/3d-printing/ "3 Axis CNC Machining") ### [Wire EDM](http://www.anxin-cnc.com/capabilities/wire-edm/ "Wire EDM") We specialize in machining ultra-hard metals and complex shapes using controlled electrical sparks. The ideal solution when traditional CNC cutting is impossible or inefficient. [![Wire EDM](http://www.anxin-cnc.com/uploadfile/ordinary/1768017084.webp)](http://www.anxin-cnc.com/capabilities/wire-edm/ "3 Axis CNC Machining") * * * ### Aerospace Industry * * * Materials & Surface Finishes ![Materials](http://www.anxin-cnc.com/uploadfile/ordinary/1769243248.webp) ### Materials We provide an extensive range of materials — from durable metals and versatile plastics to high-strength composites — to support your diverse project requirements. [View all Materials](http://www.anxin-cnc.com/resources/materials/ "Materials") ![Surface Finishes](http://www.anxin-cnc.com/uploadfile/ordinary/1769243348.webp) ### Surface Finishes Our superior surface finishing solutions enhance both the longevity and aesthetic quality of your components, perfectly addressing the needs of applications requiring smooth or custom-textured surfaces. [View all Surface Finishes](http://www.anxin-cnc.com/resources/surface-finishes/ "Surface Finishes") ![Applications of Aerospace Parts](http://www.anxin-cnc.com/uploadfile/ordinary/1769243420.webp) # Applications of Aerospace Parts Our precision-machined components are engineered for critical aerospace systems, delivering the reliability and performance required for extreme flight conditions. **\- Aircraft Structures:** Fuselage frames, rotor arms, and landing gear components, manufactured with high-strength materials to withstand dynamic loads and fatigue. **\- Propulsion Systems:** Turbine blades, engine housings, and fuel system parts, optimized for high-temperature resistance and precision airflow control. **\- Avionics & Navigation:** Sensor mounts, antenna brackets, and instrument housings, ensuring stable performance for navigation and communication systems. **\- Spacecraft Components:** Satellite structural parts and rocket engine fittings, designed for vacuum compatibility and resistance to launch vibrations. * * * * * * Start Your Next Project Today [Get Instant Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Stainless Steel Overview - [Materials](http://www.anxin-cnc.com/materials/ "Materials") - [Sheet Metal Materials](http://www.anxin-cnc.com/materials/sheet-metal-materials/ "Sheet Metal Materials") - Stainless Steel-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/materials/stainless-steel/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ## Latest Posts * * * There is no content in this category! a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## CNC Machining Services - [Product](http://www.anxin-cnc.com/product/ "Product") - [CNC Machining](http://www.anxin-cnc.com/product/cnc-machining/ "CNC Machining") - CNC Machining-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/product/cnc-machining/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ## Latest Posts * * * [![OEM 5 Axis Machining Items with Competitive Price](http://www.anxin-cnc.com/uploadfile/ordinary/1770805805.webp)](http://www.anxin-cnc.com/product/OEM-5-Axis-Machining-Items-with-Competitive-Price-1202.html) | | | --- | | #### [OEM 5 Axis Machining Items with Competitive Price](http://www.anxin-cnc.com/product/OEM-5-Axis-Machining-Items-with-Competitive-Price-1202.html)
2026-02-11
Material: AL 6061-T6
Surface treatment: Sandblast + Red hard anodized
Main Process: 5-Axis Machining
Tolerance: +/-0.01mm | [![OEM Services Stainless Steel Machining with Electrophoresis Treatment](http://www.anxin-cnc.com/uploadfile/ordinary/1770782287.webp)](http://www.anxin-cnc.com/product/OEM-Services-Stainless-Steel-Machining-with-Electrophoresis-Treatment-1198.html) | | | --- | | #### [OEM Services Stainless Steel Machining with Electrophoresis Treatment](http://www.anxin-cnc.com/product/OEM-Services-Stainless-Steel-Machining-with-Electrophoresis-Treatment-1198.html)
2026-02-11
Material: SS304
Surface treatment: Electrophoresis
Main Process: CNC Machining
Tolerance: +/-0.01mm | [![Red Anodized CNC Machining Items with High Quality](http://www.anxin-cnc.com/uploadfile/ordinary/1770782193.webp)](http://www.anxin-cnc.com/product/Red-Anodized-CNC-Machining-Items-with-High-Quality-1197.html) | | | --- | | #### [Red Anodized CNC Machining Items with High Quality](http://www.anxin-cnc.com/product/Red-Anodized-CNC-Machining-Items-with-High-Quality-1197.html)
2026-02-11
Material: AL 6061-T6
Surface treatment: Red anodized + Sandblast
Process: CNC Machining
Tolerance: +/-0.01mm | [![High Precise and Durable CNC Machining Parts](http://www.anxin-cnc.com/uploadfile/ordinary/1770782048.webp)](http://www.anxin-cnc.com/product/High-Precise-and-Durable-CNC-Machining-Parts-1196.html) | | | --- | | #### [High Precise and Durable CNC Machining Parts](http://www.anxin-cnc.com/product/High-Precise-and-Durable-CNC-Machining-Parts-1196.html)
2026-02-11
Material: Carbon Steel
Surface treatment: Smooth
Main Process: CNC Machining
Tolerance: +/-0.01mm | [![OEM Services Making CNC Machining Parts with Reasonable Price](http://www.anxin-cnc.com/uploadfile/ordinary/1770781983.webp)](http://www.anxin-cnc.com/product/OEM-Services-Making-CNC-Machining-Parts-with-Reasonable-Price-1195.html) | | | --- | | #### [OEM Services Making CNC Machining Parts with Reasonable Price](http://www.anxin-cnc.com/product/OEM-Services-Making-CNC-Machining-Parts-with-Reasonable-Price-1195.html)
2026-02-11
Material: AL 6061-T6
Surface treatment: Black anodized
Main Process: CNC Machining
Tolerance: +/-0.01mm | [![CNC Machining Parts’ Supplier from China Offering High Precision Components](http://www.anxin-cnc.com/uploadfile/ordinary/1770781575.webp)](http://www.anxin-cnc.com/product/CNC-Machining-Parts-Supplier-from-China-Offering-High-Precision-Components-1194.html) | | | --- | | #### [CNC Machining Parts’ Supplier from China Offering High Precision Components](http://www.anxin-cnc.com/product/CNC-Machining-Parts-Supplier-from-China-Offering-High-Precision-Components-1194.html)
2026-02-11
Material: AL 6061-T6
Surface treatment: Black anodized
Main Process: CNC Machining
Tolerance: +/-0.01mm | [![Durable Aluminum CNC Machining Parts with Competitive Price](http://www.anxin-cnc.com/uploadfile/ordinary/1770781481.webp)](http://www.anxin-cnc.com/product/Durable-Aluminum-CNC-Machining-Parts-with-Competitive-Price-1193.html) | | | --- | | #### [Durable Aluminum CNC Machining Parts with Competitive Price](http://www.anxin-cnc.com/product/Durable-Aluminum-CNC-Machining-Parts-with-Competitive-Price-1193.html)
2026-02-11
Material: AL 6061-T6
Surface treatment: Silver anodized + Sandblast
Process: CNC Machining
Tolerance: +/-0.01mm | [![OEM Services Offering High Quality CNC Machining Items](http://www.anxin-cnc.com/uploadfile/ordinary/1770781383.webp)](http://www.anxin-cnc.com/product/OEM-Services-Offering-High-Quality-CNC-Machining-Items-1192.html) | | | --- | | #### [OEM Services Offering High Quality CNC Machining Items](http://www.anxin-cnc.com/product/OEM-Services-Offering-High-Quality-CNC-Machining-Items-1192.html)
2026-02-11
Material: AL 6061-T6
Surface treatment: Black anodized + Sandblast
Process: CNC Machining
Tolerance: +/-0.01mm | [![Durable Aluminum CNC Machining Components with High Quality](http://www.anxin-cnc.com/uploadfile/ordinary/1770781277.webp)](http://www.anxin-cnc.com/product/Durable-Aluminum-CNC-Machining-Components-with-High-Quality-1191.html) | | | --- | | #### [Durable Aluminum CNC Machining Components with High Quality](http://www.anxin-cnc.com/product/Durable-Aluminum-CNC-Machining-Components-with-High-Quality-1191.html)
2026-02-11
Material: AL 6061-T6
Surface treatment: Sandblast
Process: CNC Machining
Tolerance: +/-0.01mm | a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## CNC Machining Products | | | --- | | ![Screen capture]() | ## [$h2](http://anxin-cnc.com/product/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ## Latest Posts * * * [![High Demand Injection molding Plastic Components](http://anxin-cnc.com/uploadfile/ordinary/1771211801.webp)](http://anxin-cnc.com/product/High-Demand-Injection-molding-Plastic-Components-1234.html) | | | --- | | #### [High Demand Injection molding Plastic Components](http://anxin-cnc.com/product/High-Demand-Injection-molding-Plastic-Components-1234.html)
2026-02-16
Material: White Nylon6/6
Surface treatment: Clean&Deburred
Main Process: Injection Molding
Lead Time: Normally about 20-30 days | [![Customized Plastic Injection Molding Components in Raw Mould](http://anxin-cnc.com/uploadfile/ordinary/1771211653.webp)](http://anxin-cnc.com/product/Customized-Plastic-Injection-Molding-Components-in-Raw-Mould-1233.html) | | | --- | | #### [Customized Plastic Injection Molding Components in Raw Mould](http://anxin-cnc.com/product/Customized-Plastic-Injection-Molding-Components-in-Raw-Mould-1233.html)
2026-02-16
Material: Black ABS
Surface treatment: Clean&Deburred
Main Process: Injection Molding
Lead Time: Normally about 20-30 days | [![Plastic Compoents by Injection Molding Multi-material Mould Items](http://anxin-cnc.com/uploadfile/ordinary/1771211428.webp)](http://anxin-cnc.com/product/Plastic-Compoents-by-Injection-Molding-Multi-material-Mould-Items-1232.html) | | | --- | | #### [Plastic Compoents by Injection Molding Multi-material Mould Items](http://anxin-cnc.com/product/Plastic-Compoents-by-Injection-Molding-Multi-material-Mould-Items-1232.html)
2026-02-16
Material: Black Delrin/Acetal
Surface treatment: Clean&Deburred
Main Process: Injection Molding
Lead Time: Normally about 20-30 days | [![Molding items precise accurancy in injection mould OEM parts](http://anxin-cnc.com/uploadfile/ordinary/1771211245.webp)](http://anxin-cnc.com/product/Molding-items-precise-accurancy-in-injection-mould-OEM-parts-1231.html) | | | --- | | #### [Molding items precise accurancy in injection mould OEM parts](http://anxin-cnc.com/product/Molding-items-precise-accurancy-in-injection-mould-OEM-parts-1231.html)
2026-02-16
Material: Black Nylon6/6
Surface treatment: Clean&Deburred
Main Process: Injection Molding
Lead Time: Normally about 20-30 days | [![High Glossy Finish Injection Molded Items Essentials OEM Design](http://anxin-cnc.com/uploadfile/ordinary/1771210984.webp)](http://anxin-cnc.com/product/High-Glossy-Finish-Injection-Molded-Items-Essentials-OEM-Design-1230.html) | | | --- | | #### [High Glossy Finish Injection Molded Items Essentials OEM Design](http://anxin-cnc.com/product/High-Glossy-Finish-Injection-Molded-Items-Essentials-OEM-Design-1230.html)
2026-02-16
Material: Delin/Acetal
Surface treatment: Clean&Deburred
Main Process: Injection Molding
Lead Time: Normally about 20-30 days | [![Stainless Steel CNC Turning Items from China](http://anxin-cnc.com/uploadfile/ordinary/1770948949.webp)](http://anxin-cnc.com/product/Stainless-Steel-CNC-Turning-Items-from-China-1209.html) | | | --- | | #### [Stainless Steel CNC Turning Items from China](http://anxin-cnc.com/product/Stainless-Steel-CNC-Turning-Items-from-China-1209.html)
2026-02-13
Material: SS304
Surface treatment: Smooth
Process: CNC Turning
Tolerance: +/-0.01mm | [![High Quality CNC Turning Items with Black Anodization](http://anxin-cnc.com/uploadfile/ordinary/1770948806.webp)](http://anxin-cnc.com/product/High-Quality-CNC-Turning-Items-with-Black-Anodization-1208.html) | | | --- | | #### [High Quality CNC Turning Items with Black Anodization](http://anxin-cnc.com/product/High-Quality-CNC-Turning-Items-with-Black-Anodization-1208.html)
2026-02-13
Material: AL 6061-T6
Surface treatment: Black Anodized
Main Process: CNC Turning
Tolerance: +/-0.01mm | [![OEM services Offering Plastic Turning Parts](http://anxin-cnc.com/uploadfile/ordinary/1770948625.webp)](http://anxin-cnc.com/product/OEM-services-Offering-Plastic-Turning-Parts-1207.html) | | | --- | | #### [OEM services Offering Plastic Turning Parts](http://anxin-cnc.com/product/OEM-services-Offering-Plastic-Turning-Parts-1207.html)
2026-02-13
Material: POM
Surface treatment: Smooth
Main Process: CNC Turning
Tolerance: +/-0.01mm | [![OEM 5 Axis Machining Items with Competitive Price](http://anxin-cnc.com/uploadfile/ordinary/1770805805.webp)](http://anxin-cnc.com/product/OEM-5-Axis-Machining-Items-with-Competitive-Price-1202.html) | | | --- | | #### [OEM 5 Axis Machining Items with Competitive Price](http://anxin-cnc.com/product/OEM-5-Axis-Machining-Items-with-Competitive-Price-1202.html)
2026-02-11
Material: AL 6061-T6
Surface treatment: Sandblast + Red hard anodized
Main Process: 5-Axis Machining
Tolerance: +/-0.01mm | a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## UAV CNC Machining # UAV Industry for CNC Machining Manufacturer At Anxin, the UAV sector centers on precision machining and assembly of key components, such as frames, motor mounts, and structural parts, supporting both industrial and commercial drone manufacturers. Leveraging advanced CNC and quality control systems, the factory delivers high-precision, durable parts that meet strict UAV flight safety and performance standards, while offering flexible customization for diverse UAV models and applications. [Start a Project](http://www.anxin-cnc.com/contact/ "Get A Quote") * * * * * * ## Customized Solutions for the UAV Industry #### 1\. Core Frame & Structural Component Precision Machining High-precision CNC machining for UAV core structural parts (fuselage frames, rotor arms, landing gear, battery mounts) with micron-level tolerance control, ensuring structural stability and dimensional accuracy for UAV flight performance. #### 2\. Lightweight & High-Strength Material Machining Tailored processing for UAV-specified lightweight materials (high-grade aluminum alloy, magnesium alloy, carbon fiber composites, engineering plastics), balancing ultra-light design and structural rigidity to optimize UAV load capacity and flight endurance. #### 3\. Flight System Core Part Customization Custom CNC machining for UAV flight system components (motor housings, gear shafts, gimbal brackets, sensor mounts), meeting the high-precision transmission and positioning requirements of UAV navigation, control and shooting systems. #### 4\. Surface Treatment & Environmental Adaptation Customized surface finishing (anodizing, sandblasting, anti-corrosion plating, matte coating) for UAV machined parts, enhancing * * * * * * ## Why Choose Us? Anxin is a reliable machining partner for the UAV industry, with ultra-precision structural machining, lightweight high-strength material processing, environmental-adaptive surface treatment and flexible fast customization, providing high-reliability machining solutions for UAV core components. * * * ### \*Ultra-Precision Structural Machining Micron-level tolerance control for fuselage frames, motor housings and gimbal parts, ensuring UAV flight stability and positioning accuracy. ### \*Lightweight & High-Strength Machining Tailored processing for aluminum/magnesium alloy and composite materials, balancing UAV lightweight design and structural rigidity. ### \*Environmental-Adaptive Surface Treatment Anodizing, anti-corrosion plating and matte coating, enhancing parts’ scratch and corrosion resistance for outdoor complex flight conditions. ### \*Flexible & Fast Customization Support rapid prototype R&D and small-batch production, adapting to UAV model iteration and personalized customization needs. * * * [Start Your Instant Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") * * * * * * ## Our Manufacturing Services Anxin offers one-stop manufacturing services, covering precision CNC machining, sheet metal fabrication, 3D printing, and a full range of capabilities. From complex precision components to large structural parts, we deliver efficiently to meet your diverse manufacturing needs. ### [CNC Machining](http://www.anxin-cnc.com/capabilities/cnc-machining/ "CNC Machining") Anxin offers services for both metal and non-metal parts from prototypes to on-demand production. You can receive immediate quotations and choose from over 40 materials and more than 10 surface treatments. [![CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1768016682.webp)](http://www.anxin-cnc.com/capabilities/cnc-machining/ "3 Axis CNC Machining") ### [CNC Turning](http://www.anxin-cnc.com/capabilities/cnc-turning/ "CNC Turning") It is usually suitable for precision machining of a variety of materials and complex parts. It has the advantage of composite processing and simplifies subsequent processes. [![CNC Turning](http://www.anxin-cnc.com/uploadfile/ordinary/1768016743.webp)](http://www.anxin-cnc.com/capabilities/cnc-turning/ "3 Axis CNC Machining") ### [5 Axis CNC Machining](http://www.anxin-cnc.com/capabilities/5-axis-cnc-machining/ "5 Axis CNC Machining") ANXIN’s 5-axis machining services offer unparallel speed and flexibility. With an extensive range of advanced 5-axis CNC machines and a long list of materials. [![5 Axis CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1768016805.webp)](http://www.anxin-cnc.com/capabilities/5-axis-cnc-machining/ "3 Axis CNC Machining") ### [Sheet Metal Fabrication](http://www.anxin-cnc.com/capabilities/sheet-metal-fabrications/ "Sheet Metal Fabrication") We transform flat sheets of metal into precise, functional components and enclosures through cutting, bending and assembly. [![Sheet Metal Fabrication](http://www.anxin-cnc.com/uploadfile/ordinary/1768016870.webp)](http://www.anxin-cnc.com/capabilities/sheet-metal-fabrications/ "3 Axis CNC Machining") ### [Die Casting](http://www.anxin-cnc.com/capabilities/die-casting/ "Die Casting") Die casting is an efficient metal casting process in which molten metals (such as aluminum, zinc, magnesium alloy) are injected into precision steel molds at high speed and cooled in a short time. [![Die Casting](http://www.anxin-cnc.com/uploadfile/ordinary/1768016920.webp)](http://www.anxin-cnc.com/capabilities/die-casting/ "3 Axis CNC Machining") ### [Injection Molding](http://www.anxin-cnc.com/capabilities/injection-molding/ "Injection Molding") Injection molding is a kind of molding process in which molten plastic is injected into a closed mold cavity by high pressure, and plastic products are obtained after cooling and curing. [![Injection Molding](http://www.anxin-cnc.com/uploadfile/ordinary/1768016981.webp)](http://www.anxin-cnc.com/capabilities/injection-molding/ "3 Axis CNC Machining") ### [3D Printing](http://www.anxin-cnc.com/capabilities/3d-printing/ "3D Printing") Bring Your Ideas to Life.We transform digital designs into physical objects, layer by layer. Perfect for prototyping, custom parts, or creative projects. [![3D Printing](http://www.anxin-cnc.com/uploadfile/ordinary/1768017039.webp)](http://www.anxin-cnc.com/capabilities/3d-printing/ "3 Axis CNC Machining") ### [Wire EDM](http://www.anxin-cnc.com/capabilities/wire-edm/ "Wire EDM") We specialize in machining ultra-hard metals and complex shapes using controlled electrical sparks. The ideal solution when traditional CNC cutting is impossible or inefficient. [![Wire EDM](http://www.anxin-cnc.com/uploadfile/ordinary/1768017084.webp)](http://www.anxin-cnc.com/capabilities/wire-edm/ "3 Axis CNC Machining") * * * ### UAV Industry * * * Materials & Surface Finishes ![Materials](http://www.anxin-cnc.com/uploadfile/ordinary/1769229395.webp) ### Materials We provide an extensive range of materials — from durable metals and versatile plastics to high-strength composites — to support your diverse project requirements. [View all Materials](http://www.anxin-cnc.com/resources/materials/ "Materials") ![Surface Finishes](http://www.anxin-cnc.com/uploadfile/ordinary/1769229423.webp) ### Surface Finishes Our superior surface finishing solutions enhance both the longevity and aesthetic quality of your components, perfectly addressing the needs of applications requiring smooth or custom-textured surfaces. [View all Surface Finishes](http://www.anxin-cnc.com/resources/surface-finishes/ "Surface Finishes") ![Applications of UAV Parts](http://www.anxin-cnc.com/uploadfile/ordinary/1769229799.webp) # Applications of UAV Parts Our precision-machined UAV components boast ultra-high accuracy and lightweight structural strength, engineered to meet the flight stability, durability and performance demands of commercial and industrial UAV systems. **\- Airframe Structures:** Fuselage frames, arm connectors and landing gear parts, balancing lightweight design and anti-vibration structural rigidity for stable flight. **\- Power & Propulsion:** Motor housings, propeller adapters and gear shaft components, ensuring efficient power output and reliable operation of UAV drive systems. **\- Gimbal & Imaging:** Gimbal brackets, pivot shafts and camera mount fittings, guaranteeing micro-precision positioning and shake-free performance for aerial imaging. **\- Core Accessories:** Controller housings, battery brackets and sensor mounts, matching the precise assembly and functional stability of UAV electronic systems. * * * * * * Start Your Next Project Today [Get Instant Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## CNC Machining Materials | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/materials/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ## Latest Posts * * * [![PMMA (Acrylic) CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1772352317.webp)](http://www.anxin-cnc.com/materials/PMMA-Acrylic-CNC-Machining-1247.html) | | | --- | | #### [PMMA (Acrylic) CNC Machining](http://www.anxin-cnc.com/materials/PMMA-Acrylic-CNC-Machining-1247.html)
2026-03-01
Polymethyl methacrylate has good overall mechanical properties and is at the forefront of general-purpose plastics. | [![ABS CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1772351609.webp)](http://www.anxin-cnc.com/materials/ABS-CNC-Machining-1246.html) | | | --- | | #### [ABS CNC Machining](http://www.anxin-cnc.com/materials/ABS-CNC-Machining-1246.html)
2026-03-01
ABS engineering plastic is PC+ABS (engineering plastic alloy), the Chinese name in the chemical industry called a plastic alloy | [![FR4 CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1772351441.webp)](http://www.anxin-cnc.com/materials/FR4-CNC-Machining-1245.html) | | | --- | | #### [FR4 CNC Machining](http://www.anxin-cnc.com/materials/FR4-CNC-Machining-1245.html)
2026-03-01
FR-4 is the code name of a flame-resistant material grade, which means that the resin material must be able to extinguish itself after the burning state | [![POM CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1772351337.webp)](http://www.anxin-cnc.com/materials/POM-CNC-Machining-1244.html) | | | --- | | #### [POM CNC Machining](http://www.anxin-cnc.com/materials/POM-CNC-Machining-1244.html)
2026-03-01
Also known as polyoxymethylene. The structure is, abbreviated as POM-C, usually the polymer of formaldehyde polymerization | [![Polycarbonate (PC) CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1772351229.webp)](http://www.anxin-cnc.com/materials/Polycarbonate-PC-CNC-Machining-1243.html) | | | --- | | #### [Polycarbonate (PC) CNC Machining](http://www.anxin-cnc.com/materials/Polycarbonate-PC-CNC-Machining-1243.html)
2026-03-01
The abrasion resistance of materials is relative, and when comparing ABS materials with PC materials, the abrasion resistance of PC materials is better. | [![Copper - T2 CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1772250697.webp)](http://www.anxin-cnc.com/materials/Copper-T2-CNC-Machining-1241.html) | | | --- | | #### [Copper - T2 CNC Machining](http://www.anxin-cnc.com/materials/Copper-T2-CNC-Machining-1241.html)
2026-02-28
T2, purple copper for short. T2 copper refers to copper-silver alloy, in which the copper content of copper + silver elements > 99.9% | [![Brass - H59 CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1772250521.webp)](http://www.anxin-cnc.com/materials/Brass-H59-CNC-Machining-1240.html) | | | --- | | #### [Brass - H59 CNC Machining](http://www.anxin-cnc.com/materials/Brass-H59-CNC-Machining-1240.html)
2026-02-28
H59 brass is the cheapest brass, with high strength and hardness and good plasticity, it can still withstand pressure processing | [![Aluminum 7075 CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1772250340.webp)](http://www.anxin-cnc.com/materials/Aluminum-7075-CNC-Machining-1239.html) | | | --- | | #### [Aluminum 7075 CNC Machining](http://www.anxin-cnc.com/materials/Aluminum-7075-CNC-Machining-1239.html)
2026-02-28
7075 aluminum alloy is a cold-treated forging alloy with high strength, far better than soft steel. 7075 is one of the most powerful alloys for commercial use. | [![Aluminum 6061 CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1772250237.webp)](http://www.anxin-cnc.com/materials/Aluminum-6061-CNC-Machining-1238.html) | | | --- | | #### [Aluminum 6061 CNC Machining](http://www.anxin-cnc.com/materials/Aluminum-6061-CNC-Machining-1238.html)
2026-02-28
6061（T6） aluminum alloy is a high-quality aluminum alloy product produced by heat treatment and pre-stretching process. | a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Fabrication Services Overview - [Capabilities](http://www.anxin-cnc.com/capabilities/ "Capabilities") - [Fabrication Services](http://www.anxin-cnc.com/capabilities/fabrication-services/ "Fabrication Services") - Fabrication Services for Anxin Metal | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/capabilities/fabrication-services/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ![Sheet Metal Fabrication](http://www.anxin-cnc.com/uploadfile/ordinary/1768729677.webp) ### Sheet Metal Fabrication #### A Core Process Within the Manufacturing Industry. Sheet metal fabrication refers to the manufacturing process of cutting, forming, and assembling metal sheets, involving various precision manufacturing technologies. Typical sheet metal materials include mild steel, stainless steel, aluminum, and copper alloys, with thickness usually ranging from 0.5mm to 6mm. [Read More](http://www.anxin-cnc.com/capabilities/sheet-metal-fabrications/ "") ### Custom Laser Cutting Services Replacing "knife" with "light" and precisely melting/vaporizing materials through high-energy laser beams to achieve non-contact and high-precision cutting serves as a direct bridge from digital manufacturing to physical forming. [Read More](http://www.anxin-cnc.com/capabilities/laser-cutting/ "") ![Custom Laser Cutting Services](http://www.anxin-cnc.com/uploadfile/ordinary/1768734572.webp) ![Metal bending: The core process for precisely shaping the industrial world](http://www.anxin-cnc.com/uploadfile/ordinary/1768873143.webp) ### Metal bending: The core process for precisely shaping the industrial world Metal bending is one of the most fundamental and crucial forming processes in modern manufacturing. It is a processing method that applies controllable external force to cause plastic deformation of metal plates, pipes or profiles at specific positions, thereby obtaining the required angles and shapes. [Read More](http://www.anxin-cnc.com/capabilities/metal-bending/ "") Get an online quote and injection molding design analysis today. [Get a Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## UAV Machining Parts - [Blog](https://www.anxin-cnc.com/blog/ "Blog") - [News](https://www.anxin-cnc.com/blog/news/ "News") - News-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](https://www.anxin-cnc.com/blog/Which-UAV-parts-are-suitable-for-five-axis-machining-1251.html\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) # Which UAV parts are suitable for five-axis machining? 2026-03-03 #### 1\. Box parts Because of the difficulty of processing box parts, it has always been a very headache for parts processing enterprises, and the development and application of UAV parts five-axis processing machine tools has helped many enterprises to solve this problem. It can use the multiple rotation of the table and the horizontal direction of the four-sided processing technology to subtly complete the processing of the box parts. #### 2\. Disc sleeve plate parts Uav parts five-axis processing technology is also particularly suitable for processing disc sleeve plate parts, such parts with keyways, or radial holes, or face distribution holes, such as flange sleeve, shaft parts with keyways and motor covers. Such parts can be used in the application of five-axis machining technology, either vertical machining center or horizontal machining center, which needs to be determined according to the specific aperture direction. #### 3\. Special processing According to the research of many equipment experts, the UAV parts five-axis processing machine can also complete some special types of processing. Only need to be equipped with special tooling, special tools and some special processes, you can achieve special processing, such as: line scanning and quenching on the surface of metal parts, this processing in the past is very low success rate, and now with high-precision, high-performance five-axis machining is greatly improved success rate. The deep processing capability of UAV parts five-axis machining technology has caused a great sensation in many industries. There are many people through the aviation parts five-axis processing test also gradually verified this result, according to the statistical results show that UAV parts five-axis processing in addition to suitable for box parts, plate parts, special processing, but also particularly suitable for special-shaped parts, complex surface processing. - [Common Materials Used in Sheet Metal Processing](https://www.anxin-cnc.com/blog/Common-Materials-Used-in-Sheet-Metal-Processing-1252.html) - [What are the quality control methods for CNC machining?](https://www.anxin-cnc.com/blog/What-are-the-quality-control-methods-for-CNC-machining-1250.html) * * * Get an online quote and injection molding design analysis today. [Get a Quote](https://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Wire EDM Services - [Capabilities](http://www.anxin-cnc.com/capabilities/ "Capabilities") - [More Services](http://www.anxin-cnc.com/capabilities/more-services/ "More Services") - Wire EDM Machining Services for Anxin Metal | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/capabilities/wire-edm/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ![Wire Electrical Discharge Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1769134128.webp) # Wire Electrical Discharge Machining ## Anxin Precision leverages advanced Wire Electrical Discharge Machining (WEDM) to craft high-precision components for aerospace, medical, electronic and automotive industries. Our WEDM process enables non-contact machining of hard, brittle materials and complex geometries, delivering micron-level accuracy and superior surface finish. Backed by OEM/ODM customization capabilities and cost-effective solutions, we turn your intricate design needs into reliable, high-quality parts. [Get A Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") ISO 9001:2015 #### How to Achieve Wire Electrical Discharge Machining (WEDM)? #### 1. Workpiece & Wire Electrode Setup Secure the conductive workpiece on the WEDM machine table, and thread a thin, continuously moving wire electrode (typically brass or copper) through a pre-drilled start hole or along the target cutting path. #### 2. Parameter Configuration Set critical machining parameters, including discharge voltage, current, wire feed rate, and dielectric fluid flow rate, based on the workpiece material (e.g., tungsten, steel) and desired precision. #### 3. Discharge & Cutting Execution Immerse the workpiece and wire in dielectric fluid to cool the area and flush away debris; the machine generates controlled electrical sparks between the wire and workpiece to erode material, while the CNC system guides the wire to follow the programmed path for precise shaping. #### 4. Post-Machining Finishing After the cutting process, remove the workpiece and perform cleaning and deburring to eliminate residual debris, ensuring the part meets the required surface finish and dimensional tolerance standards. #### Structures of WEDM **1. Wire Electrode System:** Consists of a thin conductive wire (brass/copper), wire spools, tensioners, and guides, ensuring stable, continuous wire movement during machining. **2. Workpiece Fixture & Table:** A precision CNC-controlled table with clamps to secure the workpiece, enabling multi-axis positioning for complex cutting paths. **3. Dielectric Fluid Unit:** Includes a reservoir, pump, and nozzles to circulate and spray dielectric fluid, cooling the machining zone and flushing away debris. **4. CNC Control Cabinet:** The core control module that stores cutting programs, adjusts machining parameters, and drives the wire and table movements for high-precision shaping. #### Principles of WEDM 1. Anxin Precision’s WEDM leverages thermal spark erosion to cut hard conductive materials with micron-level precision, no physical contact involved. 2. Our dielectric fluid system ensures efficient cooling and debris removal, delivering superior surface finish for complex components. 3. CNC-guided wire movement enables accurate shaping of intricate geometries, meeting the strictest tolerance demands of high-end manufacturing. * * * ## Key Advantages of WEDM Technology #### 1. Non-contact Machining No direct physical contact between wire and workpiece eliminates tool wear and deformation, ideal for thin-walled or fragile components. #### 2. High Precision & Tolerance Achieves micron-level accuracy and tight dimensional tolerances, capable of cutting intricate geometries like narrow slots and sharp corners. #### 3. Versatile Material Compatibility Processes hard, conductive materials (e.g., tungsten, titanium, hardened steel) that are difficult to machine with conventional methods. #### 4. Superior Surface Finish Minimizes post-processing needs with smooth surface quality, reducing burrs and residual stress on finished parts. ![](http://www.anxin-cnc.com/uploadfile/editor/20260123101245_53478.webp) * * * ## Classification of WEDM #### 1. By Machining Precision: Conventional WEDM & High-Precision WEDM - Conventional WEDM is cost-effective for general industrial parts with moderate tolerance requirements, suitable for batch production of simple-to-medium complex components. - High-precision WEDM features advanced CNC systems and ultra-stable wire tension control, achieving micron-level accuracy ideal for aerospace, medical, and precision mold components. #### 2. By Wire Movement Mode: NC WEDM & Wire Electrical Discharge Machining with Recycle (WEDM-R) \- NC WEDM uses disposable brass or copper wire, which moves continuously and is discarded after use, ensuring consistent cutting performance for large-scale machining. - WEDM-R adopts a wire recycling system to reuse the electrode wire, reducing material costs while maintaining good precision for small-batch, cost-sensitive projects. #### 3. By Dielectric Fluid Type: Water-Based WEDM & Oil-Based WEDM - Water-based WEDM utilizes deionized water as dielectric fluid, offering fast cooling, efficient debris clean-up, and is the most common choice for most conductive metal machining. - Oil-based WEDM uses insulating oil, delivering better surface finish and less electrode wear, suitable for processing extremely hard materials like tungsten carbide. * * * ![Typical Components & Application Industries of WEDM](http://www.anxin-cnc.com/uploadfile/ordinary/1769134604.webp) ### Typical Components & Application Industries of WEDM #### 1. Typical Precision Components **-** **Mold & die parts:** Core pins, cavity inserts, die-casting molds, and progressive stamping dies with complex contours. **-** **Aerospace parts:** Turbine blade cooling holes, engine nozzle components, and lightweight structural brackets. **-** **Medical devices:** Surgical instrument blades, orthopedic implant components, and micro-drill bits for dental tools. **-** **Pr** **ecision machinery parts:** Gear teeth, splines, and micro-slots for high-precision measuring equipment. #### 2. Key Application Industries **-** **Mold & Die Manufacturing:** The most dominant application, enabling the fabrication of intricate mold geometries that are hard to machine via conventional methods. **-** **Aerospace & Defense:** Producing high-strength, heat-resistant alloy components with strict tolerance requirements. **-** **Medical Device Manufacturing:** Crafting biocompatible metal parts with micro-level precision for surgical tools and implants. **-** **Electronics & Semiconductor:** Manufacturing precision lead frames, connector pins, and micro-electrode components. **-** **Automotive Industry:** Machining fuel injector nozzles, transmission gears, and sensor components for high-performance vehicles. [Check Out the Toolkit](http://www.anxin-cnc.com/capabilities/wire-edm/ "Typical Components & Application Industries of WEDM") * * * ## Materials Suitable for WEDM Processing #### 1. High-Strength Alloy Steels **Tool** **steel, die steel, high-speed steel (HSS):** Ideal for mold/die components requiring wear resistance and hardness; ensures long service life for stamping, injection molding dies. #### 2. Heat-Resistant Superalloys **Titanium** **alloys, nickel-based alloys (e.g., Inconel, Hastelloy):** Used in aerospace engine parts and high-temperature components; withstands extreme thermal and mechanical stress. #### 3. Hardened Metals & Composites **Carbide,** **cermet, sintered metal composites:** Suited for cutting tools and precision mechanical parts; maintains structural integrity even under high-load machining scenarios. #### 4. Conductive Non-Ferrous Metals **Copper,** **brass, aluminum alloys:** Applied in electrical components and lightweight structural parts with complex shapes; enables fast, precise cutting without material deformation. #### 5. Special Conductive Materials **Magnesium** **alloys, zinc alloys:** Suitable for lightweight automotive and electronic components; compatible with WEDM’s non-contact machining to avoid cracking of brittle castings. * * * ![Surface Treatment Processes for WEDM Products](http://www.anxin-cnc.com/uploadfile/ordinary/1769134822.webp) ### Surface Treatment Processes for WEDM Products #### 1.  Surface Smoothing & Defect Removal **\- Deburring & Polishing:** Manual polishing, ultrasonic polishing, or abrasive flow machining (AFM) to remove recast layers and micro-burrs, enhancing surface smoothness for precision components. **\- Chemical Etching:** Eliminates the heat-affected zone (HAZ) on the workpiece surface, improving corrosion resistance and surface uniformity for mold and aerospace parts. #### 2.  Strengthening & Protective Coating **\- Electroplating & PVD Coating:** Electroplating (nickel, chromium) or PVD coating (titanium nitride) to add a protective layer, boosting wear resistance and extending the service life of tools and mechanical parts. **\- Anodizing:** Applicable to aluminum, titanium, and magnesium alloys; forms a dense, wear-resistant oxide film, improving corrosion resistance and enabling customizable coloring for aesthetic and functional needs. #### 3.  Stress Relief & Dimensional Stability **\- Heat Treatment:** Low-temperature annealing to relieve residual machining stress, preventing deformation and ensuring dimensional stability of high-precision alloy components. [Check Out the Toolkit](http://www.anxin-cnc.com/capabilities/wire-edm/ "Surface Treatment Processes for WEDM Products") * * * ### WEDM Frequently Asked Questions (FAQs) ### What is the minimum thickness of parts that WEDM can process? _expand\_less_ _expand\_more_ A: WEDM can handle parts as thin as 0.1 mm and as thick as 500 mm, depending on the machine configuration and workpiece material. ### Can WEDM machine non-conductive materials? _expand\_less_ _expand\_more_ A: No, WEDM relies on electrical spark erosion, so it only works with conductive materials like metals and metal composites. ### How to improve the surface finish of WEDM parts? _expand\_less_ _expand\_more_ A:Optimize machining parameters (lower discharge energy, slower wire speed) and apply post-processing such as ultrasonic polishing or chemical etching. ### What is the typical tolerance of WEDM processing? _expand\_less_ _expand\_more_ A: High-precision WEDM achieves a tolerance of ±0.001–±0.005 mm, suitable for aerospace, medical, and precision mold components. ### Does WEDM cause workpiece deformation? _expand\_less_ _expand\_more_ A: Minimal deformation occurs because WEDM is a non-contact process with no cutting force; low-temperature annealing post-processing can further eliminate residual stress. * * * ![](http://www.anxin-cnc.com/media/azffyncj/pl_new_process_page_ctas_pim-process.jpg?width=1920&height=290&v=1d85ba7337807c0) Get an online quote and injection molding design analysis today. [Get a Quote](http://www.anxin-cnc.com/contact "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## 5 Axis CNC Machining - [Product](http://www.anxin-cnc.com/product/ "Product") - [5 Axis CNC Machining](http://www.anxin-cnc.com/product/5-axis-cnc-machining/ "5 Axis CNC Machining") - 5 Axis CNC Machining-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/product/5-axis-cnc-machining/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ## Latest Posts * * * [![High Precision 5 Axis CNC Machining Items](http://www.anxin-cnc.com/uploadfile/ordinary/1770805687.webp)](http://www.anxin-cnc.com/product/High-Precision-5-Axis-CNC-Machining-Items-1201.html) | | | --- | | #### [High Precision 5 Axis CNC Machining Items](http://www.anxin-cnc.com/product/High-Precision-5-Axis-CNC-Machining-Items-1201.html)
2026-02-11
Material: AL 7075
Surface treatment: Black Anodized
Main Process: 5-Axis Machining
Tolerance: +/-0.01mm | [![Precise Aluminum Five Axis Machining Component](http://www.anxin-cnc.com/uploadfile/ordinary/1770805581.webp)](http://www.anxin-cnc.com/product/Precise-Aluminum-Five-Axis-Machining-Component-1200.html) | | | --- | | #### [Precise Aluminum Five Axis Machining Component](http://www.anxin-cnc.com/product/Precise-Aluminum-Five-Axis-Machining-Component-1200.html)
2026-02-11
Material: AL 6061-T6
Surface treatment: Blue anodized
Main Process: 5-Axis Machining
Tolerance: +/-0.01mm | a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## CNC Quality Control Methods - [Blog](https://www.anxin-cnc.com/blog/ "Blog") - [News](https://www.anxin-cnc.com/blog/news/ "News") - News-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](https://www.anxin-cnc.com/blog/What-are-the-quality-control-methods-for-CNC-machining-1250.html\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) # What are the quality control methods for CNC machining? 2026-03-03 The quality control of machining process is an important link to ensure product quality. In the whole processing process, the process and method of quality control determine the final quality level of the product. In the quality control of machining processes, commonly used methods and technologies include but are not limited to the following: 1. Process document management: In the machining process, the process document is the most basic basis for work, including process documents, processing drawings, process cards, etc. By establishing a complete process document management system, we can ensure that each process is operated in accordance with the correct process flow, so as to avoid product quality problems caused by non-standard process flow. 2. Process parameter control: In the process of machining, the control of various parameters is the key to ensure product quality. Including the cutting speed of the tool, feed speed, cutting depth and other parameters of the control, can be achieved through the CNC equipment to achieve accurate control of these parameters, improve the processing accuracy and surface quality of the product. 3. Equipment testing and calibration: Testing and calibration of machining equipment is an important link to ensure product accuracy and quality. For example, by using coordinate measuring instruments to detect the collimation and accuracy of processing equipment, timely correction of equipment to ensure the processing accuracy of products. 4. Online monitoring and testing: real-time online monitoring and testing of the machining process can find the problems in the processing in time, adjust and correct, and avoid the production of product quality problems. For example, in CNC machining, the sensor connected with the control system monitors the machining process in real time, controls the running track and speed of the tool, and ensures the accuracy of the product processing. 5. Reasonable inspection: The inspection of product quality is an important part of the final determination of product quality. Through the formulation of reasonable inspection standards and methods, comprehensive inspection of products can effectively find product quality problems, timely treatment and rectification, improve the product pass rate and customer satisfaction. 6. Statistical analysis: Through statistical analysis of process data and product quality data, the root cause of the problem is found to provide a basis for subsequent quality improvement. Through the establishment of data analysis model and quality management tools, comprehensive analysis and evaluation of product quality, timely discovery and solution of problems. 7. Quality management system: Establish a sound quality management system, strictly follow ISO and other international quality management standards, do a good job of process supervision and records, establish a quality traceability system, and achieve quality control throughout the process. In addition to the above methods, the quality control of machining processes also needs to introduce new technologies and new methods to strengthen the control and improvement of product quality. In the future, with the continuous development and innovation of technology, the quality control of machining technology will be constantly updated and improved, bringing better economic benefits and social value to enterprises. - [Which UAV parts are suitable for five-axis machining?](https://www.anxin-cnc.com/blog/Which-UAV-parts-are-suitable-for-five-axis-machining-1251.html) - [CNC Machining Services & CNC Fabrication](https://www.anxin-cnc.com/blog/CNC-Machining-Services-CNC-Fabrication-1249.html) * * * Get an online quote and injection molding design analysis today. [Get a Quote](https://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## CNC Machining Industries # Precision Machining – Turning Ideas Into Exact Components We leverage advanced CNC tech to fabricate ultra-accurate parts, with meticulous attention to detail, durable performance and perfect alignment with your design specs in different industries. [Get A Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") * * * ## Industries We Served * * * ![UAV](http://www.anxin-cnc.com/uploadfile/ordinary/1770010769.webp) | | | --- | | #### [UAV](http://www.anxin-cnc.com/industries-we-serve/uav/) | ![Photography](http://www.anxin-cnc.com/uploadfile/ordinary/1770010861.webp) | | | --- | | #### [Photography](http://www.anxin-cnc.com/industries-we-serve/photography/) | ![Medical](http://www.anxin-cnc.com/uploadfile/ordinary/1770010933.webp) | | | --- | | #### [Medical](http://www.anxin-cnc.com/industries-we-serve/medical/) | ![Automotive](http://www.anxin-cnc.com/uploadfile/ordinary/1770010997.webp) | | | --- | | #### [Automotive](http://www.anxin-cnc.com/industries-we-serve/automative/) | ![Areospace](http://www.anxin-cnc.com/uploadfile/ordinary/1770011057.webp) | | | --- | | #### [Areospace](http://www.anxin-cnc.com/industries-we-serve/areospace/) | ![Automatic Bicycle](http://www.anxin-cnc.com/uploadfile/ordinary/1770011237.webp) | | | --- | | #### [Automatic Bicycle](http://www.anxin-cnc.com/industries-we-serve/automatic-bicycle/) | ![Electronic](http://www.anxin-cnc.com/uploadfile/ordinary/1770011289.webp) | | | --- | | #### [Electronic](http://www.anxin-cnc.com/industries-we-serve/electronic/) | ![Machine Tool](http://www.anxin-cnc.com/uploadfile/ordinary/1770011334.webp) | | | --- | | #### [Machine Tool](http://www.anxin-cnc.com/industries-we-serve/electronic/) | ![Marine](http://www.anxin-cnc.com/uploadfile/ordinary/1770011379.webp) | | | --- | | #### [Marine](http://www.anxin-cnc.com/industries-we-serve/marine/) | * * * ## Your Precision Manufacturing Solution for different industries * * * | | | --- | | #### [UAV](http://www.anxin-cnc.com/industries-we-serve/)
We
deliver high-precision CNC machining for lightweight aluminum frames and gimbal
components, plus rapid 3D-printed prototypes to accelerate your drone design
cycles. Our strict tolerance control ensures reliable performance in the field,
with fast turnaround for both prototype iterations and mass production. | | | | --- | | #### [Photography](http://www.anxin-cnc.com/industries-we-serve/)
From
CNC-machined aluminum camera bodies to mirror-finish lens mounts, we deliver
the precision and surface quality critical for optical equipment. We also offer
small-batch 3D printing for custom accessories, helping you bring niche
products to market quickly. | | | | --- | | #### [Medical](http://www.anxin-cnc.com/industries-we-serve/)
We
provide CNC machining of biocompatible titanium alloy and stainless steel for
surgical instruments and device components. With rigorous quality checks and
traceable material sourcing, we prioritize safety and consistency for your
medical applications. | | | | --- | | #### [Automotive](http://www.anxin-cnc.com/industries-we-serve/)
We combine 3D-printed rapid
prototyping for concept vehicles with high-volume CNC machining for
engine/chassis parts and injection molding for interior components. This
supports both your R&D and OEM production needs, keeping costs competitive
without compromising quality. | | | | --- | | #### [Aerospace](http://www.anxin-cnc.com/industries-we-serve/)
We specialize in CNC machining of
high-strength titanium and aluminum alloy structural components, with tight
adherence to dimensional accuracy and material integrity. Our expertise in
complex, low-volume parts ensures we meet the performance demands of aerospace
applications. | | | | --- | | #### [Automatic Bicycle](http://www.anxin-cnc.com/industries-we-serve/)
Cost-effective CNC machining of
aluminum frames and motor housings, paired with injection molding for battery
casings. Our lightweight designs enhance bike performance while keeping
production costs competitive, even for custom or small-batch orders. | | | | --- | | #### [Electronics](http://www.anxin-cnc.com/industries-we-serve/)
High-speed CNC machining of
aluminum heat sinks and device housings, plus precision injection molding for
connectors and enclosures. We offer anodizing and sandblasting to meet your
aesthetic and functional requirements, with fast throughput for small, intricate
parts. | | | | --- | | #### [Machine Tool](http://www.anxin-cnc.com/industries-we-serve/)
Heavy-duty CNC machining of cast
iron and steel machine tool beds, rails, and precision components. Our
large-scale capacity and accuracy control ensure your industrial equipment
delivers reliable performance, with support for both standard and custom designs. | | | | --- | | #### [Marine](http://www.anxin-cnc.com/industries-we-serve/)
CNC machining of
corrosion-resistant stainless steel and marine-grade aluminum parts
(propellers, engine components), plus injection molding for interior fittings.
Our specialized surface treatments ensure durability in saltwater environments,
extending the lifespan of your marine equipment. | * * * ![Why Partner with Anxin?](http://www.anxin-cnc.com/uploadfile/ordinary/1770013276.webp) # Why Partner with Anxin? \- One-stop solution: CNC machining, 3D printing, and injection molding under one roof. \- Flexible production: Scalable from rapid prototypes to high-volume runs. \- Strict quality control: In-process inspections and material traceability to ensure consistency. \- Fast turnaround: Reduces your time-to-market without sacrificing precision. * * * * * * Start Your Next Project Today [Get Instant Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Delivery Solutions Overview - [Solutions](http://anxin-cnc.com/solutions/ "Solutions") - [Delivery Services](http://anxin-cnc.com/solutions/delivery-services/ "Delivery Services") - Delivery Services-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](http://anxin-cnc.com/solutions/delivery-services/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ## International Express: From Packing Through Customs International express services (e.g., DHL, FedEx, UPS) is a powerful tool for urgent and small-volume international shipments.It should be carefully calculating "volumetric weight" costs and preparing proper customs documents are essential for balancing efficiency and cost-effectiveness. * * * ## I. Core Characteristics & Shipping Challenges #### I. Core Characteristics & Shipping Challenges Before planning shipments, it’s essential to understand the inherent characteristics of the products: **1.** **Hardware Components** **:** Metal material, typically heavy and hard, but prone to rust and scratches, with edges that can be sharp. **2.** **Plastic Co** **mponents:** Plastic material, typically lighter, but prone to scratches and deformation (especially thin-walled parts), and may be sensitive to temperature. **3.** **Common Challenges:** Products may have low value but large volume/weight (affecting freight costs), requiring protection against damage, mixing, and errors. #### II. Pre-Shipment Preparation: Packaging & Sorting This is the foundation for ensuring goods arrive safely. **Inner** **Packaging:** **Scratch** **& Impact Protection:** Individually wrap each product using materials like PE foam, bubble wrap, foam corners, or blister trays. **Rust** **& Moisture Prevention:** Hardware parts often require anti-rust oil, VCI paper, or desiccants. Precision parts may need vacuum sealing. **Anti-Static** **Protection:** Some electronic plastic components require anti-static bags. **Easy** **Counting:** Use quantitative packaging (e.g., 50/100 pieces per small bag) for easier counting and use. **Outer** **Packaging:** **Material** **Selection:** Choose sturdy 5 or 7-ply corrugated cartons, plywood crates (for heavy hardware), or plastic totes (for returnable logistics) based on weight and stacking requirements. **Void** **Fill & Stabilization:** Fill all empty spaces inside the box with fillers like foam blocks or cardboard to prevent movement and collision during transit. **Sealing** **& Reinforcement:** Use high-adhesion packing tape. Heavy crates require reinforcement with strapping (or stretch wrap). **Marking** **& Documentation:** **Shipping** **Marks:** Clearly affixed to the outside of the carton. Content includes: consignee/shipper information, product name, model, quantity, case number/total cases, gross/net weight, dimensions, and warning symbols like "Fragile," "Do Not Stack," "This Side Up." **Internal** **Documents:** Each carton should contain a Packing List detailing its contents for customer verification. **Environmental/Safety** **Marks:** Apply relevant marks if materials comply with standards like RoHS, REACH, etc. * * * ![III. Logistics Mode Selection](http://anxin-cnc.com/uploadfile/ordinary/1769913275.webp) ### III. Logistics Mode Selection Based on order volume, delivery time, and cost. #### 1. Less than Truckload / Full Truckload (LTL/FTL): **Applicable** **for:** Large-volume domestic orders with significant weight/volume. **Key** **Points** **:** Palletization (standard 1-1.2m pallets) and stretch wrapping are necessary for forklift handling. Accurate calculation of volume and weight is crucial for optimal freight rates. #### 2.  Express / Courier Services (e.g., SF Express, Deppon): **Applicable** **for:** Small/medium batches, samples, urgent replenishment. **Key** **Points:** Compare prices and services, negotiate corporate rates. Be mindful of weight and size limits per parcel. #### 3. International Logistics: **Sea** **Freight:** Most economical for import/export, suitable for bulk cargo. Pay special attention to container load planning (to prevent wasted space) and moisture protection (container rain). **Air** **Freight:** Suitable for high-value, urgent orders. Packaging must strictly comply with airline regulations, controlling weight and volume. International Express: DHL, FedEx, UPS, etc. Suitable for samples and small import/export batches; door-to-door convenience comes at a higher cost. **Key** **Documents:** Commercial Invoice, Packing List, Bill of Lading/Air Waybill, Certificate of Origin must be complete and accurate. [Get A Qoute](http://anxin-cnc.com/solutions/delivery-services/ "III. Logistics Mode Selection") * * * ### IV. Process Management & Optimization #### 1. Order Processing & Picking: Use ERP/WMS systems to manage orders and generate picking lists to improve accuracy. Adopt discrete picking or batch picking methods. Implementing location codes and product barcodes can greatly enhance efficiency. #### 2. Weighing & Measuring: Weigh and measure each carton before shipping. The data is used for freight calculation and updating system records. #### 3. Outbound Verification: Establish a dedicated checkpoint to verify product model, quantity, packaging, shipping marks, and destination, ensuring 100% accuracy. This is the last line of defense against shipping errors or omissions. #### 4. Information Synchronization & Tracking: After dispatch, promptly inform the customer of the logistics carrier, tracking number, and estimated time of arrival. Proactively track in-transit goods. Address and alert the customer to any anomalies (e.g., delays) promptly. #### 5. Returns & Reverse Logistics: Establish a clear Return Merchandise Authorization (RMA) process specifying return packaging, inspection criteria, and handling methods (replacement, repair, refund). #### V. Key Points for Cost Control **1.** **Packaging Material Costs** **:** Optimize packaging design to use lightweight or recyclable materials without compromising protection. **2.** **Freight Costs:** Consolidate orders, optimize container/truck loading plans, negotiate long-term contract rates with multiple carriers, compare cost-effectiveness of different transport modes. **3.** **Damage/Loss Costs:** Minimize in-transit damage rates by improving packaging and processes, leading to significant hidden cost savings. [Get A Qoute](http://anxin-cnc.com/solutions/delivery-services/ "IV. Process Management & Optimization") ![IV. Process Management & Optimization](http://anxin-cnc.com/uploadfile/ordinary/1769913492.webp) * * * ### Pre-Shipment Quality Control and Inspection Process **1.** **Inspection Objectives:** Ensure 100% accuracy of product quantity and model against the order. Ensure product quality meets technical specifications and customer standards. Ensure packaging and labeling comply with requirements. **2.** **Core Inspection Process (The "Shipping Trilogy"):** **A.** **Final Line Inspection & OQC (Outgoing Quality Control):** Content: Before packaging, QC inspectors randomly sample products from the batch according to AQL (Acceptable Quality Level) standards. **Hardware** **Items:** Check dimensions (critical dimensions with calipers, projectors), thread accuracy, surface treatment (plating, paint thickness, adhesion, verification of salt spray test reports), for burrs, rust, or scratches. **Plastic** **Items:** Check appearance (sink marks, weld lines, flash, stains), color (match to color swatch), dimensions (especially assembly points), structural integrity (no cracks), material confirmation (can verify raw material batch numbers). **Result:** Record inspection data and determine if the batch passes. Only passed batches can proceed to packaging. **B.** **Packaging Process Inspection:** **Content:** Conducted on the packaging line or in the packaging area. **Checkpoints:** Correct use of inner packaging materials (e.g., bubble wrap where required), accurate counts (e.g., 100 pieces per bag), proper anti-rust/anti-static measures, accuracy of carton or label content. **Purpose:** Prevent "good products from being damaged by poor packaging" and avoid packaging errors. **C.** **Final Pre-Dispatch Verification (Picking Verification):** **Content:** The last checkpoint for goods in the shipping area before loading. **Checkpoints:** This is the ultimate verification of "goods" against "documents." **Document** **Verification:** Cross-check the delivery note/packing list against the customer order. **Physical** **Verification:** Spot-check outer carton marks (destination, number of pieces, weight) against documents; randomly open cartons to check if contents match the quality and packaging state approved by OQC. **Logistics** **Verification:** Confirm the carrier and vehicle arrangement. **Execution:** Typically performed by warehouse supervisors or an independent shipping team, requiring sign-off confirmation. **3.** **Inspections for Special Circumstances:** **Client-Appointed** **Third-Party Inspection (e.g., SGS, BV, Intertek):** Requires advance booking, providing all necessary documents (order, specifications, test reports, etc.), and cooperation with the inspector for on-site sampling. **First** **Shipment for Annual or Major Projects:** Inspection standards are stricter, potentially requiring 100% inspection. * * * ### Detailed Overview of International Logistics, Express, and Sea Freight #### 1. Comparison and Selection of Major International Logistics Methods **1.1** **International Express (DHL, FedEx, UPS)** Key Characteristics: Door-to-door, fastest transit (3-7 days), excellent tracking, relatively simple procedures, but highest cost per unit. Ideal Use Case: Samples, urgent replenishment, small batches of high-value orders, documents. **Critical** **Considerations:** **1.** **Charging Method:** Charged based on Actual Weight or Volumetric Weight, whichever is greater. Critical for low-density goods (common for plastic parts). **2.** **Customs Clearance:** Usually handled by the courier, but the shipper must provide accurate commercial invoice and packing list. Declared value affects duties and clearance speed. **3.** **Restrictions:** Strict rules for batteries, magnetic items, liquids, etc. **1.2** **International Express (DHL, FedEx, UPS)** **Key** **Characteristics:** Airport-to-airport, fast transit (5-10 days), lower cost per unit than express, suitable for larger volumes. The consignee or their agent handles destination customs clearance and pickup. **Ideal** **Use Case:** Medium to large orders with time sensitivity, higher value goods. **Critical** **Considerations:** **1.** **Process:** Booking → Delivery to airport cargo terminal → Customs declaration → Loading & transport. **2.** **Key Documents** **:** Master Air Waybill (MAWB), House Air Waybill (HAWB), accompanying documents. **3.** **Costs:** Includes air freight, customs declaration fees, handling charges, fuel surcharges, etc. **1.3** **International Sea Freight** **Key** **Characteristics:** Lowest cost, largest capacity, slowest transit (20-45 days varies). Divided into FCL and LCL. **Ideal Use Case:** Large-scale, regular, time-insensitive exports of hardware/plastic products [Get A Qoute](http://anxin-cnc.com/solutions/delivery-services/ "Detailed Overview of International Logistics, Express, and Sea Freight") ![Detailed Overview of International Logistics, Express, and Sea Freight](http://anxin-cnc.com/uploadfile/ordinary/1769914002.webp) * * * ### Detailed Focus on International Sea Freight (Most Common for Hardware/Plastic Products) **A.** **Container Type Selection:** **Dry** **Container (Standard):** Most common. 20ft (approx. 28 CBM), 40ft (approx. 58 CBM), 40ft High Cube (approx. 68 CBM). **High** **Cube (HQ):** Ideal for low-density plastic products, maximizes volume utilization. **Flat** **Rack / Open Top Container:** For overweight, over-height, or irregularly shaped hardware (e.g., large structural parts). **B.** **Loading Methods:** **Full** **Container Load (FCL):** Used when cargo volume fills one or more containers. The shipper is responsible for loading, having full control over the loading plan. **Less** **than Container Load (LCL):** Used when cargo volume is less than a full container. Consolidated with other shippers’ goods by the freight forwarder. Cost is shared based on volume/weight. More suitable for small to medium batches. **C.** **Key Operational Process & Points:** **1.** **Booking:** Provide the Shipping Instruction (SI) to the freight forwarder, including cargo details, container type, port of loading/discharge, etc. **Stuffing** **(Container Loading):** **2.** **Factory Loading:** Most ideal. Requires pre-planning a container load plan to ensure even weight distribution, maximize space utilization, and secure cargo properly (using air bags, wooden frames to prevent tipping). Heavy hardware typically goes on the bottom; lighter plastic parts on top. **Forwarder’s** **Warehouse Loading (CFS):** For LCL or loose cargo delivery. **3.** **Customs Declaration:** Engage a customs broker. Prepare the "Triad of Customs Documents": Packing List, Commercial Invoice, and Contract/Sales Confirmation. Information must be perfectly consistent. Accurately declare the HS Code, which directly impacts export rebate rates and import duties. Products subject to legal inspection (e.g., certain pressure valves) require an "Exit Goods Clearance Notice" in advance. **4.** **Ocean Transport & Documentation:** Obtain the Bill of Lading (B/L), the document of title. Carefully review the draft B/L to ensure all information (piece count, gross weight, volume, consignor/consignee) is correct. **Clarify** **B/L type:** Telex Release (Surrendered) or Original. Purchase Marine Cargo Insurance, especially for high-value goods. **5.** **Destination Clearance & Delivery:** Send the full set of clearance documents (including B/L) to the consignee. The consignee uses these documents for import customs clearance, duty payment (if applicable), and cargo pickup at the destination port. * * * ![](http://anxin-cnc.com/media/azffyncj/pl_new_process_page_ctas_pim-process.jpg?width=1920&height=290&v=1d85ba7337807c0) Get an online quote and injection molding design analysis today. [Get a Quote](http://anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## CNC Turning Services - [Product](http://www.anxin-cnc.com/product/ "Product") - [CNC Turning](http://www.anxin-cnc.com/product/cnc-turning/ "CNC Turning") - CNC Turning-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/product/cnc-turning/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ## Latest Posts * * * [![Stainless Steel CNC Turning Items from China](http://www.anxin-cnc.com/uploadfile/ordinary/1770948949.webp)](http://www.anxin-cnc.com/product/Stainless-Steel-CNC-Turning-Items-from-China-1209.html) | | | --- | | #### [Stainless Steel CNC Turning Items from China](http://www.anxin-cnc.com/product/Stainless-Steel-CNC-Turning-Items-from-China-1209.html)
2026-02-13
Material: SS304
Surface treatment: Smooth
Process: CNC Turning
Tolerance: +/-0.01mm | [![High Quality CNC Turning Items with Black Anodization](http://www.anxin-cnc.com/uploadfile/ordinary/1770948806.webp)](http://www.anxin-cnc.com/product/High-Quality-CNC-Turning-Items-with-Black-Anodization-1208.html) | | | --- | | #### [High Quality CNC Turning Items with Black Anodization](http://www.anxin-cnc.com/product/High-Quality-CNC-Turning-Items-with-Black-Anodization-1208.html)
2026-02-13
Material: AL 6061-T6
Surface treatment: Black Anodized
Main Process: CNC Turning
Tolerance: +/-0.01mm | [![OEM services Offering Plastic Turning Parts](http://www.anxin-cnc.com/uploadfile/ordinary/1770948625.webp)](http://www.anxin-cnc.com/product/OEM-services-Offering-Plastic-Turning-Parts-1207.html) | | | --- | | #### [OEM services Offering Plastic Turning Parts](http://www.anxin-cnc.com/product/OEM-services-Offering-Plastic-Turning-Parts-1207.html)
2026-02-13
Material: POM
Surface treatment: Smooth
Main Process: CNC Turning
Tolerance: +/-0.01mm | [![ANXIN-Customized Durable CNC Turning Item from China](http://www.anxin-cnc.com/uploadfile/ordinary/1770732879.webp)](http://www.anxin-cnc.com/product/ANXIN-Customized-Durable-CNC-Turning-Item-from-China-1181.html) | | | --- | | #### [ANXIN-Customized Durable CNC Turning Item from China](http://www.anxin-cnc.com/product/ANXIN-Customized-Durable-CNC-Turning-Item-from-China-1181.html)
2026-02-10
Material: AL 6061-T6
Surface treatment: Black Anodized
Main Process: CNC Turning
Tolerance: +/-0.01mm | [![ANXIN-Brass CNC Machining Parts with Competitive Price](http://www.anxin-cnc.com/uploadfile/ordinary/1770728467.webp)](http://www.anxin-cnc.com/product/ANXIN-Brass-CNC-Machining-Parts-with-Competitive-Price-1179.html) | | | --- | | #### [ANXIN-Brass CNC Machining Parts with Competitive Price](http://www.anxin-cnc.com/product/ANXIN-Brass-CNC-Machining-Parts-with-Competitive-Price-1179.html)
2026-02-10
Material: Brass
Surface treatment: Sandbast
Main Process: CNC Turning
Tolerance: +/-0.01mm | a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Precision Assembly Services - [Capabilities](http://www.anxin-cnc.com/capabilities/ "Capabilities") - [More Services](http://www.anxin-cnc.com/capabilities/more-services/ "More Services") - Custom Assembly Services for Anxin Metal | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/capabilities/assembly/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ![Assembly Services](http://www.anxin-cnc.com/uploadfile/ordinary/1770117309.webp) # Assembly Services ## \\* Precision assembly, one-stop solution, ISO-certified quality. \\* ±0.005mm accuracy, flexible production, on-time delivery. \\* Component to complete machine assembly, reliable support for your projects [Get A Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") ISO 9001:2015 ## Anxin Precision Assembly Services Flow ![](http://www.anxin-cnc.com/uploadfile/editor/20260203191538_96358.webp) * * * ## Advantages of Choosing Anxin for Precision Assembly #### 1. Unmatched Precision & Quality Achieve ±0.005mm assembly accuracy with ISO/IATF-certified quality control systems; full-process inspection (IQC/IPQC/FQC) ensures 99.8% product qualification rate. #### 2. One-stop Integrated Solution Seamlessly combine CNC machining, surface treatment and assembly services, eliminating multi-vendor coordination costs and shortening project lead time. #### 3. Flexible Production Capacity Support small-batch trial runs (1–50 units) to large-scale mass production (10,000+ units) with customized production plans for diverse order demands. #### 4. Reliable Delivery & Support Ensure on-time delivery with efficient production scheduling; provide professional after-sales technical support for assembly process optimization and troubleshooting. * * * ![Precision Assembly Methods for Anxin’s Services](http://www.anxin-cnc.com/uploadfile/ordinary/1770117513.webp) ### Precision Assembly Methods for Anxin’s Services #### 1. Automated Flexible Assembly Adopt servo press-fitting machines and vision alignment systems for high-precision, high-efficiency assembly of standardized components and modules, suitable for large-scale production. #### 2. Manual Precision Assembly Deploy skilled technicians with specialized tools for micro-components and custom non-standard parts, ensuring ±0.005mm accuracy for small-batch, high-complexity projects. #### 3. Modular Integration Assembly Pre-assemble sub-modules (e.g., mechanical, electrical units) separately, then integrate into finished products; this method shortens lead time and simplifies maintenance. [Check Out the Toolkit](http://www.anxin-cnc.com/capabilities/assembly/ "Precision Assembly Methods for Anxin’s Services") * * * ### Industries Served by Assembly Services #### 1. Automotive Manufacturing Precision assembly of engine parts, chassis structural components, and transmission assemblies for OEMs and auto parts suppliers. #### 2. Industrial Automation Assembly of industrial robot joint modules, automated production line fixtures, servo motor components, and precision transmission mechanisms. #### 3. Medical Devices Cleanroom assembly of medical testing equipment cores, surgical instrument components, and rehabilitation device mechanical structures, compliant with medical industry standards. #### 4. Aerospace Assembly of aerospace precision components and aerospace instrument structural parts, meeting strict requirements for high reliability and precision. #### 5. Electronic Equipment Assembly of metal housing modules for electronic devices, precision connector components, and transmission structures for smart equipment. #### 6. New Energy Assembly of new energy vehicle battery structural parts, charging pile core components, and photovoltaic equipment bracket assemblies. [Check Out the Toolkit](http://www.anxin-cnc.com/capabilities/assembly/ "Industries Served by Assembly Services") ![Industries Served by Assembly Services](http://www.anxin-cnc.com/uploadfile/ordinary/1770117592.webp) * * * ### Precision Assembly Services - FAQs ### What assembly accuracy can you achieve? _expand\_less_ _expand\_more_ A: We guarantee ±0.005mm assembly accuracy, compliant with ISO 9001 and IATF 16949 standards. ### Can you handle both small and large batch orders? _expand\_less_ _expand\_more_ A: Yes, we support flexible production from small-batch trials (1–50 units) to large-scale mass production (10,000+ units). ### Do you provide one-stop solutions? _expand\_less_ _expand\_more_ A: Absolutely. We integrate CNC machining, surface treatment, assembly and quality testing for end-to-end service. ### What industries do you serve? _expand\_less_ _expand\_more_ A: Our services cover automotive, industrial automation, medical devices, aerospace, electronics and new energy sectors. ### What after-sales support do you offer? _expand\_less_ _expand\_more_ A: We provide technical support for process optimization, product troubleshooting and maintenance guidance. * * * Get an online quote and injection molding design analysis today. [Get a Quote](http://www.anxin-cnc.com/contact "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Sheet Metal Fabrication - [Capabilities](http://www.anxin-cnc.com/capabilities/ "Capabilities") - [Fabrication Services](http://www.anxin-cnc.com/capabilities/fabrication-services/ "Fabrication Services") - Custom Sheet Metal Fabrication Services for Anxin Metal | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/capabilities/sheet-metal-fabrications/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ![Sheet Metal Fabrication](http://www.anxin-cnc.com/uploadfile/ordinary/1768729677.webp) # Sheet Metal Fabrication #### A Core Process Within the Manufacturing Industry. Sheet metal fabrication refers to the manufacturing process of cutting, forming, and assembling metal sheets, involving various precision manufacturing technologies. Typical sheet metal materials include mild steel, stainless steel, aluminum, and copper alloys, with thickness usually ranging from 0.5mm to 6mm. [Get A Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") Certifications ISO 9001:2015 #### I. Core Manufacturing Process Flow-Sheet Metal Fabrication #### **1.1** **Cutting Processes** **Laser** **Cutting:** High-precision, high-efficiency cutting method suitable for complex contours. **Plasma** **Cutting:** Suitable for fast cutting of thicker plates. **Waterjet** **Cutting:** A cold cutting process with no heat-affected zone. **Punching:** Uses dies for batch hole-making. **Shearing:** Basic process for straight-line cutting. #### **1.2** **Forming Processes** **Bending:** Achieves V-bends, U-bends, etc., using a press brake. **Stamping:** Uses dies for batch forming. **Roll** **Forming:** Continuous bending to form long profiles. **Deep** **Drawing:** Produces cup-shaped or shell-like parts. **Spinning:** A rotational forming process suitable for axisymmetric parts. #### **1.3** **Joining and Assembly Processes** **Welding:** Includes MIG, TIG, spot welding, etc. **Riveting:** Mechanical fastening method. **Bolting:** Detachable fastening method. **Adhesive** **Bonding:** Application of structural adhesives. #### II. Main Types of Sheet Metal Fabrication Process **① Cutting** Trimming sheets into desired shapes, e.g., laser cutting, plasma cutting. **② Bending** Applying pressure to bend sheets into required angles and three-dimensional structures. **③ Stamping** Using dies to form or separate sheet metal, ideal for mass-producing complex parts. **④ Welding** Joining metal parts by melting and fusing them, creating a permanent, strong bond. **⑤ Riveting** Mechanically fastening parts with rivets, commonly used for reliable yet detachable structures. **⑥ Forming** Shaping sheets into complex 3D geometries through processes like stretching and spinning. * * * ## Sheet Metal Fabrication: Key Advantages & Technical Merits #### I. Cost and Efficiency Advantages Sheet metal fabrication achieves high material utilization through optimized nesting design. After tooling is completed, the per-unit production cost is significantly reduced, making it highly suitable for large-scale production. Additionally, the process supports the processing of various raw materials, including stainless steel, aluminum, and other metal sheets. #### II. Precision and Quality Advantages Leveraging CNC technology, sheet metal fabrication enables millimeter-level precision control. The digital workflow ensures consistency in batch production and meets stringent industrial tolerances and quality standards. #### III. Strength and Durability Structures formed through bending, welding, and other processes exhibit high strength. Surface treatment processes further enhance corrosion resistance and aesthetics, while offering multiple joining methods to meet varying strength requirements. #### IV. Flexibility and Adaptability The process supports rapid prototyping without the need for molds, allowing quick responses to design changes. Its flexible combination of processes accommodates manufacturing needs ranging from simple components to complex structures. #### V. Industry Versatility Sheet metal fabrication is widely applied in fields such as aerospace, electronic equipment, and mechanical manufacturing. It is capable of forming complex curved surfaces and is easily integrated with automation systems, aligning with trends in smart manufacturing. ![](http://www.anxin-cnc.com/uploadfile/editor/20260118180729_72407.webp) * * * ## Advanced Processes and Trends in Sheet Metal Fabrication #### I. Intelligent Automation Robotic Bending Cells: Visual positioning, automatic mold changing Laser Cutting Lines: Automatic loading/unloading, high-power lasers Intelligent Stamping Centers: Quick mold changeover, multi-process integration #### II. Hybrid Processing Technologies Laser Cutting-Bending Combo Machines: Multiple operations completed in a single setup 3D Printing-Sheet Metal Hybrid Manufacturing: Complex structures formed in one step Advanced Joining Processes: Adhesive-rivet hybrid bonding for combined strength and sealing #### III. Digital Transformation Virtual Die Tryout: Predicts springback in advance, reducing trial and error Real-time Monitoring: Sensors track equipment status to prevent failures Cloud Collaboration: Online quoting, design review, progress tracking #### IV. Green Manufacturing Energy-Efficient Lasers: Fiber lasers reduce energy consumption by 50% Eco-friendly Surface Treatments: Water-based coatings, chrome-free passivation Lightweight Processes: Hot stamping of high-strength steel, hydroforming #### V. Emerging Applications Data Center Cabinets: Efficient thermal management, EMI shielding Medical Equipment Housings: Seamless polishing, cleanroom standards Modular Construction: BIM data directly drives fabrication * * * ![Application Areas of Sheet Metal Fabrication](http://www.anxin-cnc.com/uploadfile/ordinary/1768731681.webp) ### Application Areas of Sheet Metal Fabrication #### 1. Core Industrial Sectors **Machinery** **& Equipment:** Protective covers, frames, control cabinets, production line components. **Automotive** **Manufacturing:** Body structural parts, chassis components, battery trays, interior frames. #### 2. Electronics & Infrastructure **Communications** **& Data Centers:** 5G base station housings, server cabinets, network enclosures. **Energy** **& Environmental Protection:** Photovoltaic brackets, energy storage cabinets, housings for air purifiers and water treatment equipment. #### 3. Construction & Public Facilities **Architectural** **Decoration:** Metal curtain walls, interior ceilings, custom metal furniture, and art installations. **Public** **Facilities:** Bus shelters, smart parcel lockers, public signage, and guardrails. #### 4. High-Tech & Specialized Fields **Aerospace:** Aircraft interior parts, equipment bays, satellite components. **Medical** **Devices:** CT/MRI equipment housings, surgical equipment frames, medical carts, and hospital beds. **Special** **Applications:** Security equipment, ship interiors, food processing equipment. [Check Out the Toolkit](http://www.anxin-cnc.com/capabilities/sheet-metal-fabrications/ "Application Areas of Sheet Metal Fabrication") * * * ## Core Guide to Material Selection for Sheet Metal Fabrication #### I. Comparison of Common Materials **Carbon** **Steel** **1.** **Cold Rolled Sheet (SPCC):** Lowest cost, easy to process, requires surface rust prevention. Suitable for cabinets and internal structural parts. **2.** **Galvanized Sheet (SECC):** Built-in rust prevention layer, good appearance. Used for outdoor chassis and electrical enclosures. **Stainless** **Steel** **1.** **304 Stainless Steel:** Corrosion-resistant, easy to form, most versatile. Used for food equipment, medical devices, and architectural decoration. **2.** **316 Stainless Steel:** Stronger resistance to acid and alkali corrosion, suitable for harsh environments like chemical and marine applications. **3.** **430 Stainless Steel:** Magnetic, lower cost, used for general structures in dry environments. **Aluminum** **& Alloys** **1.** **5052 Aluminum:** Good formability, corrosion-resistant, commonly used for electronic enclosures and vehicle interiors. **2.** **6061 Aluminum:** High strength, suitable for load-bearing structures, but with average formability. **3.** **3003 Aluminum:** Best formability, ideal for deep drawing, used for kitchenware and lighting fixtures. #### II. Five Key Factors for Material Selection **Functionality:** Strength, corrosion resistance, weight, electrical/thermal conductivity requirements. **Process** **Compatibility:** Whether the material is suitable for intended bending, welding, and surface treatment processes. **Cost:** Comprehensive consideration of material cost, processing cost, and post-treatment cost. **Appearance:** Need for specific colors, textures, or surface finishes. **Industry** **Standards:** Specific material regulations for industries like food/medical, construction, and automotive. #### III. Suggested Material Selection Process Define the core product requirements (strength, corrosion resistance, budget, etc.). Preliminary selection of material category (steel/stainless steel/aluminum). Evaluate compatibility with manufacturing processes. Calculate total cost and lead time. Finalize after confirming material availability with the fabricator. * * * ![Surface Finishing for Sheet Metal Fabrication](http://www.anxin-cnc.com/uploadfile/ordinary/1768732266.webp) ### Surface Finishing for Sheet Metal Fabrication #### I. Primary Finishing Processes **Powder** **Coating** **Purpose:** Corrosion/wear resistance, wide color & texture options. **Best** **for:** Cabinets, industrial enclosures, general parts. **Plating** **(Zinc/Nickel/Chro** **me)** **Purpose:** Corrosion resistance, wear resistance, metallic sheen. **Best** **for:** Fasteners, hardware, conductive/reflective parts. **Anodizing** **(for Aluminum)** **Purpose:** Enhances corrosion/wear resistance, allows coloring. **Best** **for:** Consumer electronics, high-end decorative parts. **Brushing** **& Polishing** **Purpose:** Decorative texture (brushed) or mirror finish (polished). **Best** **for:** Elevator interiors, appliance panels, signage (stainless steel/aluminum). **Conversion** **Coating (Phosphating, Passivation)** **Purpose:** Improves paint adhesion & provides short-term rust prevention (often a pre-treatment). **Best** **for:** Base layer before painting or plating. #### II. Key Selection Factors **Corrosion** **Needs:** Match the process to the environment (e.g., powder coat for outdoors). **Aesthetic** **Goals:** Choose based on desired color, texture, or metallic look. **Base** **Material:** Steel requires corrosion protection; aluminum is ideal for anodizing. **Functional** **Needs:** Consider requirements like conductivity, insulation, or wear resistance. **Cost** **& Volume:** Balance process cost with production quantity. #### III. Application Recommendations **Outdoor** **Enclosures:** Galvanized steel + outdoor powder coat. **Data** **Center Racks:** Cold-rolled steel + phosphating + powder coat (black). **Medical/Food** **Equipment:** Stainless steel + electropolishing/passivation. **Consumer** **Electronics:** Aluminum + anodizing. **Architectural** **Cladding:** Aluminum sheet + PVDF coating. [Check Out the Toolkit](http://www.anxin-cnc.com/capabilities/sheet-metal-fabrications/ "Surface Finishing for Sheet Metal Fabrication") * * * ### Sheet Metal Fabrication (FAQs) ### What is sheet metal fabrication? _expand\_less_ _expand\_more_ A: It is a manufacturing process that transforms metal sheets into structural parts or products through cutting, bending, stamping, welding, and other techniques. ### What are the most common sheet metal materials? _expand\_less_ _expand\_more_ A: Mainly cold-rolled steel, stainless steel (e.g., 304/316), and aluminum alloys (e.g., 5052/6061), selected based on strength, corrosion resistance, and cost requirements. ### What are the advantages of laser cutting? _expand\_less_ _expand\_more_ A: High precision, fast cutting speed, suitable for complex shapes, with a small heat-affected zone, ideal for thin to medium-thick plates. ### What are key considerations in the bending process? _expand\_less_ _expand\_more_ A: Bending allowance and springback compensation must be calculated, and appropriate dies and pressure selected to avoid cracking or angular deviation. ### What welding methods are commonly used in sheet metal fabrication? _expand\_less_ _expand\_more_ A: Common methods include TIG welding, resistance spot welding, and laser welding, chosen based on material thickness, appearance requirements, and strength needs. ### How to improve the corrosion resistance of sheet metal parts? _expand\_less_ _expand\_more_ A: Achieved through surface treatments such as powder coating (cost-effective), zinc plating (enhanced protection), or passivation of stainless steel (preserves appearance). ### What is a CNC turret punch press? _expand\_less_ _expand\_more_ A: It is an automated stamping device that uses multiple tools to quickly perform punching and forming operations, ideal for batch production of parts with patterned holes. ### What are key points to note in sheet metal design? _expand\_less_ _expand\_more_ A: Follow "Design for Manufacturability" principles, such as avoiding excessively small bend radii, allowing tool clearance, and specifying clear tolerances and hole positions. ### How to reduce the cost of sheet metal fabrication? _expand\_less_ _expand\_more_ A: Optimize nesting to minimize waste, select standard sheet sizes, simplify process steps, and use die-forming for mass production. ### What are future trends in sheet metal fabrication? _expand\_less_ _expand\_more_ A: Moving toward smart and flexible manufacturing, including robotic automation lines, hybrid 3D printing processes, and full digital workflow management. * * * Get an online quote and injection molding design analysis today. [Get a Quote](http://www.anxin-cnc.com/contact "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## CNC Machining News - [Blog](https://www.anxin-cnc.com/blog/ "Blog") - [News](https://www.anxin-cnc.com/blog/news/ "News") - News-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](https://www.anxin-cnc.com/blog/news/0001-2.html\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ## Latest Posts * * * | | | --- | | #### [What conditions are likely to occur when CNC lathes machine circular products?](https://www.anxin-cnc.com/blog/What-conditions-are-likely-to-occur-when-CNC-lathes-machine-circular-products-1229.html)
2026-02-16
Tool wear when processing circular products is one of the problems that has a greater impact on the whole shape | | | | --- | | #### [Which UAV parts are suitable for five-axis machining?](https://www.anxin-cnc.com/blog/Which-UAV-parts-are-suitable-for-five-axis-machining-1228.html)
2026-02-16
Because of the difficulty of processing box parts, it has always been a very headache for parts processing enterprises | | | | --- | | #### [Specific steps of five-axis machining of curved parts](https://www.anxin-cnc.com/blog/Specific-steps-of-five-axis-machining-of-curved-parts-1227.html)
2026-02-16
The use of five-axis machining surface has multiple advantages such as high processing efficiency and good quality. | | | | --- | | #### [What are the advantages of automatic parts five-axis machining?](https://www.anxin-cnc.com/blog/What-are-the-advantages-of-automatic-parts-five-axis-machining-1226.html)
2026-02-16
In recent years, more and more automatic parts manufacturers tend to rely on automatic parts five-axis processing, in order to improve their own machining | | | | --- | | #### [What parts can be produced by five-axis machining?](https://www.anxin-cnc.com/blog/What-parts-can-be-produced-by-five-axis-machining-1225.html)
2026-02-16
In the manufacturing of various industries, non-standardized parts are essential. When producing non-standard parts, it is necessary to consider the materials | | | | --- | | #### [What is water transfer printing?](https://www.anxin-cnc.com/blog/What-is-water-transfer-printing-1224.html)
2026-02-16
Water transfer printing, also known as immersion printing, water transfer imaging, hydro dipping, watermarbling, cubic printing, Hydrographics, or HydroGraphics | | | | --- | | #### [What are the quality control methods for CNC machining?](https://www.anxin-cnc.com/blog/What-are-the-quality-control-methods-for-CNC-machining-1223.html)
2026-02-16
The quality control of machining process is an important link to ensure product quality. In the whole processing process | | | | --- | | #### [What processes can be used to milling machining to improve product quality?](https://www.anxin-cnc.com/blog/What-processes-can-be-used-to-milling-machining-to-improve-product-quality-1222.html)
2026-02-16
Milling machining is a commonly used metal machining method, which achieves the purpose of machining by rotating the tool to cut the metal workpiece. | | | | --- | | #### [How does the machining process improve the competitiveness of the product?](https://www.anxin-cnc.com/blog/How-does-the-machining-process-improve-the-competitiveness-of-the-product-1221.html)
2026-02-16
Machining process is one of the key links of manufacturing industry, which has an important impact on product quality, cost and delivery cycle. | a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Stainless Steel CNC Machining - [Materials](http://www.anxin-cnc.com/materials/ "Materials") - [CNC Machining Materials](http://www.anxin-cnc.com/materials/cnc-machining-materials/ "CNC Machining Materials") - Stainless Steel CNC Machining-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/materials/stainless-steel-cnc-machining/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ## Latest Posts * * * There is no content in this category! a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Precision CNC Manufacturing * * * ![Shenzhen ANXIN Precision Co., Ltd.](http://www.anxin-cnc.com/uploadfile/ordinary/1769928525.webp) # Shenzhen ANXIN Precision Co., Ltd. #### Our Missions: Explore the infinity of creation; Dedicate to the satisfaction and success of every designer. #### Our Core Values: Satisfy Customers; Strive for Excellence; Explore Innovation; Insist on integrity; Work with Joy. **Main Market:** North America , Western Europe , Eastern Asia , Middle East , Oceania **Business Type:** Manufacturer , Exporter , Trading Company **Brands:** HS **No. of Employee** **s** **:** 50~80 **Annual Sales:** 20000000-30000000 **Year Established:** 2017 **Export p.c:** 90% - 100% **Customers Served:** CNC machining services: CNC milling, CNC turning, laser cutting, drilling, bending, spinning, wire cutting, stamping, EDM, 3-axis/4-axis/5-axis machining; Comprehensive machining services: sheet metal processing, stamping, die casting, 3D printing, injection molding * * * ![Introduction:](http://www.anxin-cnc.com/uploadfile/ordinary/1769929303.webp) # Introduction: Shenzhen ANXIN Precision Co., Ltd is a professional custom [precision machining parts manufacturer](http://www.anxin-cnc.com/capabilities/precision-machining/). ANXIN was established in 2017 and located in Shenzhen a famous manufacturing city in China . We own multiple CNC 4-axis and 5-axis machining centers, turn-milling combination NC machines, gantry grinding and milling machines, wire cutting and other equipments. inspecting instruments include Zeiss CMM Measuring Machine,and Mitutoyo CMM Measuring Machine , Keyence automatic image detector, USA made analyzer, surface roughness meter, etc. With a high passionate Manufacturing and quality controling team , we can process all kinds of parts by various materials ( mild steel, aluminum alloy, stainless steel, all plastic ,special die steel, brass, bronze, copper, titamiun alloy, magnesium alloys,composite material, Hitachi Daido special steel, resin materials, etc.) efficiently.Factory is in famous machining industrial town where has complete heat treatment and coating supply chain and enable us to handle all kinds of hardness and hardness depth requirements prodcuts , also various coating like all color anodize, chrome plating,electroless nickel plating,zinc plating,black oxide,PVC,TiN ,nitride etc. ANXIN is certified ISO9001:2015 license. We prioritize quality in every aspect of our production process. We adhere to strict quality control procrdure and implement advanced quality management policy to ensure that every part meets customer requirements. Shortest lead time to 3 days to catch customer project schedule requirements and let customer keep competitive in  their market.We are able to provide customers with excellent service and maintain open lines of communication with our clients throughout the manufacturing process. MOQ 1 pc  and flexible capacity, no order too small or too big for us. We always aim at to maxmize customer profitability,Offer extremely competitive price, to be customers’ most reliable long-term partner. * * * * * * ## Provide you with precision hardware manufacturing value that exceeds expectations #### What do we do? We are dedicated to providing one-stop services ranging from precision CNC machining, sheet metal customization to metal component assembly for all industries. Equipped with advanced CNC equipment and a mature process system, we are proficient in handling various materials such as stainless steel and aluminum alloy, meeting your full-stage needs from prototype verification to mass production. #### Our core values #### 1\. Quality, visible commitment We strictly control the process through the ISO 9001 system and rely on a complete set of precision testing equipment to ensure the quality of each procedure. What you receive is not only parts but also detailed inspection reports, ensuring that every product meets or even exceeds your specification requirements. #### 2\. Engineering design partners who understand manufacturing Our value begins before production. Our experienced team of engineers is more than willing to review your drawings, offer professional design suggestions for manufacturability, and proactively assist you in optimizing the structure, reducing costs, and avoiding potential manufacturing risks. #### 3\. As promised, always reliable "Punctuality" is the most fundamental respect we show to our customers. With an efficient supply chain management and production scheduling system, we have achieved an industry-leading high on-time delivery rate and can keep you informed of the order status at any time through transparent progress updates. #### 4\. Pursue the optimal total cost We are committed to reducing your overall management costs and time costs through process innovation and one-stop integrated services. Choosing us means choosing a more worry-free, efficient and long-term competitive manufacturing solution * * * * * * ## Our Precision CNC Parts Are Suitable For Following Industries: * * * * * * ![Electronic Industries](http://www.anxin-cnc.com/uploadfile/ordinary/1769929455.webp) | | | --- | | #### [Electronic Industries](http://www.anxin-cnc.com/industries-we-serve/electronic/) | ![Marine Industries](http://www.anxin-cnc.com/uploadfile/ordinary/1769929547.webp) | | | --- | | #### [Marine Industries](http://www.anxin-cnc.com/about/about-anxin/) | ![Aerospace Industries](http://www.anxin-cnc.com/uploadfile/ordinary/1769929610.webp) | | | --- | | #### [Aerospace Industries](http://www.anxin-cnc.com/industries-we-serve/areospace/) | ![Medical Industries](http://www.anxin-cnc.com/uploadfile/ordinary/1769929717.webp) | | | --- | | #### [Medical Industries](http://www.anxin-cnc.com/industries-we-serve/medical/) | ![High-Tech Industries](http://www.anxin-cnc.com/uploadfile/ordinary/1769931584.webp) | | | --- | | #### [High-Tech Industries](http://www.anxin-cnc.com/industries-we-serve/uav/) | ![Agricultural Industries](http://www.anxin-cnc.com/uploadfile/ordinary/1769931649.webp) | | | --- | | #### [Agricultural Industries](http://www.anxin-cnc.com/about/about-anxin/) | ![Automotive Industries](http://www.anxin-cnc.com/uploadfile/ordinary/1769931736.webp) | | | --- | | #### [Automotive Industries](http://www.anxin-cnc.com/industries-we-serve/automative/) | ![Semiconductor Industries](http://www.anxin-cnc.com/uploadfile/ordinary/1769931793.webp) | | | --- | | #### [Semiconductor Industries](http://www.anxin-cnc.com/industries-we-serve/electronic/) | ![Military Industries](http://www.anxin-cnc.com/uploadfile/ordinary/1769931935.webp) | | | --- | | #### [Military Industries](http://www.anxin-cnc.com/about/about-anxin/) | * * * * * * ## Our Team * * * ### Sales Team * * * We always adhere to the "customer first" philosophy and take providing high-quality CNC machining services as our mission.  With the support of a professional sales team, we hope to establish long-term, trusting partnerships with our clients and help them achieve success. ![Sales Team1](http://www.anxin-cnc.com/uploadfile/ordinary/1769932096.webp) ### Sales Team1 ![Sales Team2](http://www.anxin-cnc.com/uploadfile/ordinary/1769932150.webp) ### Sales Team2 ### Manufacturing Team * * * Our manufacturing team provides exceptional CNC machining services to our clients. Whether it’s large-scale production or customized small-batch manufacturing, our team can flexibly adapt to meet diverse client needs. If you have any questions about our manufacturing team or CNC machining services, please feel free to contact us! We look forward to providing you with the best solutions and services. ![Manufacturing Team](http://www.anxin-cnc.com/uploadfile/ordinary/1769935040.webp) ### Manufacturing Team ![Manufacturing Team](http://www.anxin-cnc.com/uploadfile/ordinary/1769935069.webp) ### Manufacturing Team ### Quality Control Team * * * We are the last fortress of the quality line and the final gate before the problem flows to customers. Let the defect stop here, and let the excellence begin. ![Quality Control Team](http://www.anxin-cnc.com/uploadfile/ordinary/1769932437.webp) ### Quality Control Team ![Quality Control Team](http://www.anxin-cnc.com/uploadfile/ordinary/1769932507.webp) ### Quality Control Team ### Packing Team * * * The future is made with ingenuity, and we will guard it with all our heart. We are the terminal of the quality journey and the initiator of customer surprises. Safety, accuracy and integrity are our common vows to both ends. ![Packing Team](http://www.anxin-cnc.com/uploadfile/ordinary/1769932588.webp) ### Packing Team ![Packing Team](http://www.anxin-cnc.com/uploadfile/ordinary/1769932613.webp) ### Packing Team * * * Start Your Next Project Today [Get Instant Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Manufacturing Solutions Overview | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/solutions/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ![Metal & Plastic Processing Industry Solutions Overview](http://www.anxin-cnc.com/uploadfile/ordinary/1770025033.webp) * * * ## Metal & Plastic Processing Industry Solutions Overview "We provide a one-stop hardware and plastic manufacturing solution encompassing design & engineering, rapid prototyping, mass production, custom packaging, and global delivery, helping clients achieve efficient product realization and market success." * * * #### [Design\ & Engineering](http://www.anxin-cnc.com/solutions/design-services/) **Full-cycle** **Design Support:** Comprehensive services from conceptual design to detailed engineering, balancing functionality with manufacturability. **Engineering** **Optimization:** Material selection, structural simulation (CAE), mold flow analysis, and DFM to ensure reliability and cost-effectiveness. **Technical** **Collaboration:** Close communication with clients for rapid response to design changes and customization. #### [Rapid\ Prototyping](http://www.anxin-cnc.com/solutions/rapid-prototype/) **Multi-process** **Flexibility:** CNC machining, 3D printing (resin/metal), silicone molding, sheet metal prototyping to meet various validation needs. **Fast** **Iteration** **:** Accelerates development cycles for functional testing, assembly verification, and market presentation. #### [Mass\ Production](http://www.anxin-cnc.com/solutions/mass-production/) **Molding** **& Stamping:** High-precision injection/compression molds and automated lines for stable, large-volume manufacturing. **Secondary** **Processing & Assembly:** Painting, plating, printing, welding, and assembly services for finished products. **Quality** **Control:** Full-process inspection (IQC/IPQC/OQC) and SPC to ensure consistent quality standards. #### [Packaging\ Process](http://www.anxin-cnc.com/solutions/packaging-process/) **Custom** **Packaging Design:** Protective and branded solutions (e.g., blister trays, gift boxes, eco-friendly materials) tailored to product specs. **Automated** **Packaging:** Automated boxing, shrink-wrapping, and labeling to improve efficiency and accuracy. **Labeling** **& Tracing:** Barcode, RFID, and compliant labeling for supply chain traceability and export requirements. #### [Delivery\ Services](http://www.anxin-cnc.com/solutions/delivery-services/) **Supply** **Chain Integration:** Coordinated material sourcing, production scheduling, and inventory management. **Global** **Logistics:** Sea/air/land freight and multimodal transport, handling customs clearance and documentation. **Delivery** **Visibility:** Real-time order tracking and transparent logistics for on-time delivery. * * * ![By integrating end-to-end capabilities from Design](http://www.anxin-cnc.com/uploadfile/ordinary/1770025313.webp) By integrating end-to-end capabilities from Design → Prototype → Production → Packaging → Delivery, we provide clients with: **Efficient** **Collaboration:** Shorter time-to-market and reduced development risk. **Cost** **Optimization:** Controlled total cost through design efficiency and scaled production. **Quality** **Assurance:** Comprehensive quality control and standardized processes. **Flexible** **Response:** Support from low-volume pilot runs to mass production for diverse market needs. **End-to-End** **Accountability:** A single point of contact simplifies supply chain management, allowing clients to focus on core business. [Get A Qoute](http://www.anxin-cnc.com/contact/ "By integrating end-to-end capabilities from Design") * * * ![](http://www.anxin-cnc.com/media/azffyncj/pl_new_process_page_ctas_pim-process.jpg?width=1920&height=290&v=1d85ba7337807c0) Get an online quote and injection molding design analysis today. [Get a Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Custom CNC Machining - [Capabilities](http://www.anxin-cnc.com/capabilities/ "Capabilities") - [Machining Services](http://www.anxin-cnc.com/capabilities/machining-services/ "Machining Services") - Custom CNC Machining Services for Anxin Metal | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/capabilities/cnc-machining/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ![Custom CNC Machining Services](http://www.anxin-cnc.com/uploadfile/ordinary/1768269922.webp) # Custom CNC Machining Services ## **The Foundation of Precision Manufacturing in the Digital Age.** It has fundamentally transformed the traditional manufacturing model reliant on manual operation and mechanical templates, achieving automation, digitalization, and high repeatability in the production process. It is an indispensable cornerstone of modern precision manufacturing. [Get A Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") Certifications ISO 9001:2015 ## **How It Works: The Data-Driven Manufacturing Chain** **Design** **(CAD):** Engineers create a 3D digital model of the part using Computer-Aided Design software. **Programming** **(CAM):** The CAD model is translated into G-code instructions that the machine tool can understand, using Computer-Aided Manufacturing software. This process involves setting critical parameters like tool paths, cutting speeds, and feed rates. **Setup:** The operator mounts the workpiece, installs the cutting tools on the machine, and loads or calls up the machining program. **Execution** **& Monitoring:** The CNC system interprets the G-code, precisely controlling the movement of the machine’s axes and auxiliary functions (e.g., coolant, tool changes) to complete the cutting automatically. The operator monitors the process to ensure stability. **Completion:** After machining, the part is removed for necessary post-processing (e.g., deburring, surface treatment) and quality inspection. ## Complete Explanation of Main CNC Machining Processes ### 1.1 CNC Machining Control System Architecture **Multi-Axis** **Linkage CNC Machining** **:** Precise coordinated control from 3-axis to 12-axis for machining complex surfaces. **CNC** **Servo Drive Technology:** Full closed-loop feedback system with optical scales achieving positioning accuracy up to ±0.001 mm. **CNC** **Real-time Interpolation Algorithms:** Linear, circular, and spline interpolation algorithms ensuring smooth CNC motion. ### 1.2 CNC Turning Process System **CNC** **Facin** **g** **:** Precise axial dimension control. **CNC** **External Turning:** Precise diameter tolerance control. **CNC** **Threading:** Metric/Imperial/Taper thread CNC machining. **CNC** **Deep Hole Machining:** CNC deep hole drilling/boring with depth-to-diameter ratio >10. ## Intelligent CNC Machining Technology **CNC** **Adaptive Control:** Real-time optimization based on cutting force signals. **CNC** **Tool Condition Monitoring:** Predictive CNC tool management. **CNC** **Thermal Error Compensation:** Multi-point temperature sensing compensation system. **CNC** **Digital Twin:** Virtual CNC debugging and optimization. * * * ## Core Advantages: Why It’s the Preferred Choice in Modern Manufacturing Extremely High Precision & Consistency: Easily achieves micron-level tolerances, with near-identical parts in batch production. Exceptional Ability to Machine Complex Shapes: Capable of producing intricate 3D geometries impossible with manual or conventional machines. Superior Efficiency & Productivity: Enables 24/7 automated operation, drastically reducing manual intervention and per-part cycle times. Great Flexibility: Switching to a different program allows for the machining of different parts, making it ideal for small to medium batch, high-mix production. Enhanced Safety: Operators work away from the cutting area, significantly reducing the risk of workplace injuries. | | | | --- | --- | | ![](http://www.anxin-cnc.com/uploadfile/editor/20260113101207_28407.webp) | ![](http://www.anxin-cnc.com/uploadfile/editor/20260113101220_64423.webp) | * * * ## Why choose us for CNC Machining? **1.High** **Precision, Good Consistency** One of the most significant advantages of CNC machining in our factory compared to manual machining is precision. Without the constant attention of a skilled operator, once programmed, CNC machines are able to maintain a high degree of consistent part quality in mass production. **2.Efficiency** **And Productivity** One of the advantages of CNC machining at ANXIN is that it is faster. In the use of CNC machine tools, because CNC machine tools can be mass-produced 24 hours without fatigue, the operator can be more efficient. **3.Flexibility** **And Adaptability** The CNC machining in ANXIN’s factory can complete any mechanical part you can think of, just be able to give the product drawings, they are different from the traditional machine production process, because the CNC machine can be programmed to adapt to different design requirements or production tasks, so its products are very adaptable **4.More** **Detailed Processing** The CNC machining at the ANXIN’s plant can achieve very fine tolerances and is suitable for high-precision engineering requirements. It can also be machined to a smooth surface, reducing the need for subsequent finishing. * * * ## Key Application Industries Aerospace: Engine components, landing gear, airframe structures (requirements: high strength, lightweight, high reliability). CNC Engine Components: [5-axis simultaneous precision machining](http://www.anxin-cnc.com/capabilities/5-axis-cnc-machining/). CNC Blade Manufacturing: Complex surface CNC machining. Automotive Industry: Prototyping, engine blocks, transmission gears, high-performance custom parts. Medical Devices: Surgical instruments, orthopedic implants, dental prosthetics (requirements: biocompatibility, ultra-high precision). CNC Implant Manufacturing: Biocompatible surface finishing. CNC Surgical Instruments: Precision edge CNC machining. Mold & Die Making: The core process for creating [injection molds](http://www.anxin-cnc.com/capabilities/injection-molding/), [die-casting](http://www.anxin-cnc.com/capabilities/die-casting/) molds, stamping dies. Electronics & Telecommunications: Precision connectors, heat sinks, chip packaging molds. Energy Equipment: Turbine blades, valves, complex pump housings. * * * ![Key Application Industries](http://www.anxin-cnc.com/uploadfile/ordinary/1768270556.webp) ### Key Application Industries Aerospace: Engine components, landing gear, airframe structures (requirements: high strength, lightweight, high reliability). CNC Engine Components: [5-axis simultaneous precision machining](http://www.anxin-cnc.com/capabilities/5-axis-cnc-machining/). CNC Blade Manufacturing: Complex surface CNC machining. Automotive Industry: Prototyping, engine blocks, transmission gears, high-performance custom parts. Medical Devices: Surgical instruments, orthopedic implants, dental prosthetics (requirements: biocompatibility, ultra-high precision). CNC Implant Manufacturing: Biocompatible surface finishing. CNC Surgical Instruments: Precision edge CNC machining. Mold & Die Making: The core process for creating [injection molds](http://www.anxin-cnc.com/capabilities/injection-molding/), [die-casting](http://www.anxin-cnc.com/capabilities/die-casting/) molds, stamping dies. Electronics & Telecommunications: Precision connectors, heat sinks, chip packaging molds. Energy Equipment: Turbine blades, valves, complex pump housings. [Check Out the Toolkit](http://www.anxin-cnc.com/capabilities/cnc-machining/ "Key Application Industries") * * * ## Material Selection Decision on CNC Machining AT offers a wide variety of materials for custom CNC machining,  plastic, and metal, including but not limited to: Aluminum: 6061-T6, 7075-T6, 2024, 5052, 6060, 5083, 2017, 6082 Aluminum’s strength-to-weight ratio, affordability, and recyclability have made it widely used across industries worldwide. Stainless Steel/Alloy Steel/Tool Steel/Brass/Copper/Titanium Finishing Options: Anodizing Types II, III, III + PTFE, ENP, Media Blasting, Nickel Plating, Powder Coating, Tumble Polishing POM(Delrin/Acetal): High stiffness, good moisture resistance, high wear-resistance, and low friction, easy to machine PMMA (Acrylic):Color:(White, black, brown etc.) PEEK: Grade: POM-C, POM-H, UV stabilized POM, Food-Grade POM ABS/Nylon (PA)/PTFE (Teflon)/PVC When selecting [materials for CNC machining](http://www.anxin-cnc.com/industries-we-serve/medical/), a comprehensive trade-off is needed from three dimensions: functionality, machinability, and economy. From the functionality requirement dimension, it is necessary to evaluate the material’s strength requirements (including static strength and dynamic fatigue strength), wear resistance requirements (often related to surface hardness), corrosion resistance (for specific working environment media), operating temperature range, and electrical properties like conductivity and thermal conductivity. From the machinability dimension, the material’s machining difficulty level (can be divided into levels 1 to 5), tool cost index, machining efficiency coefficient, achievable surface quality, and difficulty of deformation control need to be considered. From the economic dimension, calculations should include the cost per kilogram of the material itself, estimated machining labor hours, tool consumption costs, necessary heat treatment or other post-processing costs, and an estimation of potential scrap rates. When matching materials to application scenarios, the following guidelines can be followed: For aerospace structural components, high specific strength materials like 7075 aluminum alloy are preferred, with titanium alloy TC4 being an excellent alternative, while stainless steel is generally not recommended due to its higher weight. For medical implants, biocompatibility is the primary consideration, making Ti-6Al-4V titanium alloy or cobalt-chromium alloys the first choice, whereas ordinary stainless steel is unsuitable. For lightweight components like optical mounts, 6061 aluminum alloy or brass are ideal choices, while carbon steel is not recommended due to weight issues. For fixtures in high-temperature environments, materials with good thermal stability must be chosen, such as Inconel high-temperature alloys or specialized heat-resistant steels; ordinary steel cannot perform this task. * * * ![Quality Inspection System&Surface Treatment Options for CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1768270899.webp) ### Quality Inspection System&Surface Treatment Options for CNC Machining I. Surface Treatment Options 1. Functional Surface Treatments 1.1 Anodizing (Hard Anodizing/Clear Anodizing) Process Parameters: Film thickness 10-25μm, hardness HV300-600. Applicable Materials: Aluminum alloys (2xxx/6xxx/7xxx series). Inspection Standards: ASTM B580 / MIL-A-8625. Quality Key Points: Color difference control ΔE<1.5, film thickness uniformity ±2μm. 1.2 Plating Coating 1.2.1 Hard Chrome Plating Thickness Range: 0.02-0.2mm. Hardness: HV800-1000. Special Properties: Wear resistance, low friction coefficient. 1.2.2 Electroless Nickel Plating Thickness Range: 0.005-0.1mm. Hardness: HV500-700. Special Properties: Uniform coating, corrosion resistance. 1.2.3 PVD Coating Thickness Range: 1-5μm. Hardness: HV2000-3000. Special Properties: High temperature resistance, decorative. 2. Decorative Surface Treatments 2.1 Sandblasting Abrasive Specifications: 80#-220# aluminum oxide/glass beads. Surface Effect: Ra 1.6-6.3μm matte finish. Pre-treatment Requirements: Must remove burrs after machining. 2.2 Mechanical Polishing Process Coarse Polishing (120# abrasive belt). Medium Polishing (Fiber wheel + polishing compound). Fine Polishing (Cloth wheel + diamond paste). Mirror Surface Inspection (Reflectivity ≥85%). [Check Out the Toolkit](http://www.anxin-cnc.com/capabilities/cnc-machining/ "Quality Inspection System&Surface Treatment Options for CNC Machining") * * * ### CNC Machining Frequently Asked Questions (FAQs) ### How to improve CNC machining accuracy? _expand\_less_ _expand\_more_ A: Through comprehensive control including CNC equipment calibration, CNC thermal compensation, CNC tool management, and CNC process optimization. ### How to select cutting parameters in CNC machining? _expand\_less_ _expand\_more_ A: Make systematic selections based on CNC material properties, CNC tool performance, and CNC machining requirements. ### What is the development and impact of spindle technology in CNC machining? _expand\_less_ _expand\_more_ A: Mechanical spindles (belt-driven, ≤12k rpm) evolved into direct-drive motorized spindles (≥60k rpm), enabling 3-5x faster high-speed machining. ### How does the precision control of CNC machining systems compare? _expand\_less_ _expand\_more_ A: Ball screws (±0.01mm) are cost-effective but have backlash, while linear motors (±0.001mm, 3g acceleration) provide higher precision for advanced CNC. ### What are the methods for setting coordinate systems in CNC machining? _expand\_less_ _expand\_more_ A: The machine coordinate is the fixed zero; work coordinates (G54-G59) are programmable datums set by measuring workpiece position and tool length. ### Which materials are suitable for CNC machining? _expand\_less_ _expand\_more_ A: Metals, plastics, composites, and other materials can all be machined using CNC technology. ### What level of accuracy can CNC machining achieve? _expand\_less_ _expand\_more_ A: Conventional CNC machining can achieve ±0.01 mm, while precision CNC machining can achieve ±0.001 mm. ### What are the main challenges and solutions for CNC machining of aerospace components? _expand\_less_ _expand\_more_ A: Uses 5-axis/adaptive control/ultrasonic machining to handle titanium/composite deformation and ±0.05mm precision. ### What are the special requirements and material processing methods for CNC machining of medical devices? _expand\_less_ _expand\_more_ A: Requires Ra<0.2μm/diamond tools/cryogenic cooling for sterile, precise (±0.01mm) biocompatible parts. ### What are the key optimization techniques for micro-channel CNC machining of heat sinks? _expand\_less_ _expand\_more_ A: Uses 30k+RPM micro-drills, ≤0.01mm feed, air cooling for micro-channels with 10:1 aspect ratio. * * * Get an online quote and injection molding design analysis today. [Get a Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Packaging Solutions Overview - [Solutions](http://www.anxin-cnc.com/solutions/ "Solutions") - [Packaging Process](http://www.anxin-cnc.com/solutions/packaging-process/ "Packaging Process") - Packaging Process-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/solutions/packaging-process/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ## Packaging Design Principles Protect: Prevent damage from shock, moisture, and ESD during shipping. Economize: Choose the lowest-cost solution that meets protection needs. Standardize: Use common material sizes for easier buying and stacking. Simplify: Make it easy to pack, count, move, and unbox. Sustain: Prefer recyclable/biodegradable materials that meet environmental rules. ![Packaging Design Principles](http://www.anxin-cnc.com/uploadfile/editor/20260201094959_63684.webp) * * * ![Packaging Solution for Hardware & Plastic Processed Products (Core Content)](http://www.anxin-cnc.com/uploadfile/ordinary/1769910797.webp) ### Packaging Solution for Hardware & Plastic Processed Products (Core Content) #### I. Tiered Packaging Structure (Inside-Out) A robust packaging design employs multiple protective layers: **Tier** **1-Inner Packaging / Unit Protection** Common Materials & Methods: PE bag / Bubble bag / Anti-static bag / Blister tray / Foam insert / Stretch wrap Purpose: Prevent surface scratches, part-to-part contact, moisture, oxidation, or ESD. **Tier** **2-Inner Carton / Internal Separation** Common Materials & Methods: Cardboard dividers, Corrugated inserts, Foam partitions Purpose: Secure product position within the outer case, prevent movement and collision. **Tier** **3-Master Shipping Carton** Common Materials & Methods: Corrugated carton (common 3-ply/5-ply, K=A or A=A flute) Purpose: Provide primary structural support and stacking strength. Bear identification marks. **Tier** **4-External Reinforcement & Protection** Common Materials & Methods: Strapping (PP/PET), Stretch wrap, Edge protectors, Waterproof film Purpose: Prevent carton bursting, moisture ingress, enhance unit load integrity, and facilitate mechanical handling. #### II. Standard Packaging Procedure **1.** **Cleaning & Verification:** Ensure products are clean, free of oil/contaminants, and have passed QC. Verify product matches order information. **2.** **Unit Protection:** For precision hardware, plated, or polished surfaces: Use anti-scratch materials (e.g., individual PE/bubble bags). For precision plastic or electronic components: Consider ESD-protective packaging. For loose parts like screws: Use resealable bags placed inside small boxes. **3.** **Quantitative Inner Packing:** Place protected units into inner boxes or partitioned slots in specified quantities (e.g., per 50/100 pcs). Use full dividers between each layer. **4.** **Master Carton Sealing:** Place a bottom pad in the carton (optional). Neatly pack inner boxes/partitioned units into the master carton. Fill voids with dunnage (air pillows, crumpled paper) to prevent movement. Place the Packing List on top. Close the carton flaps and seal securely using quality packing tape (H-pattern or工-shaped sealing method). **5.** **External Reinforcement & Marking:** For heavy cartons (e.g., >15 kg), reinforce with strapping bands (horizontal and vertical). Affix pre-printed or clearly handwritten carton marks/labels to designated positions on the carton. [Get A Qoute](http://www.anxin-cnc.com/solutions/packaging-process/ "Packaging Solution for Hardware & Plastic Processed Products (Core Content)") * * * ## III. Carton Mark/Label Content (Must be Clear & Complete) **Shipping** **Info:** Customer Name/Code, Order/P.O. Number. **Product** **Info:** Part Name/Number, Description/Specification. **Packaging** **Info:** Quantity per Carton, Gross Weight/Net Weight, Carton Number (e.g., CARTON NO. 1 OF 10). Shipping & Handling Info: Destination/Port of Destination, MADE IN CHINA, Fragile/This Side Up/Keep Dry symbols. Supplier Info: Company Name/Logo, Production Date/Batch/Lot Number (for traceability). #### IV. Special Considerations **Anti-Corrosion:** For ferrous metal parts, add VCI paper, anti-rust oil, or VCI chips inside the packaging. **ESD** **Prot** **ection:** For precision electronic plastic parts, the entire packaging process should be conducted in an EPA (ESD Protected Area) using ESD-safe materials. **Customer-Specific** **Requirements:** Must be prioritized and strictly followed per any customer packaging specification (Packing Spec). **Consistency:** Mass production packaging must be identical to the approved packaging sample confirmed by the customer. V. Cost Analysis and Optimization Strategies Packaging is a visible cost requiring meticulous management. **Cost** **Breakdown Analysis:** Detail all cost components: outer cartons, inner packing, bags, consumables (tape, strapping), labor, equipment depreciation, testing costs. **Optimization** **Avenues:** Material Downgrading/Substitution: Assess the feasibility of using lighter, thinner, or cheaper materials (e.g., switching to micro-flute corrugated, optimizing foam thickness) provided transport tests are passed. **Design** **Optimization:** Maximize space utilization in containers or trucks by optimizing carton dimensions and stacking patterns, significantly reducing per-unit shipping costs. **Standardization** **and Consolidation:** Promote the use of standard-sized packaging materials across different products to lower unit costs through bulk purchasing. **Reuse** **and Recycling:** For domestic or closed-loop supply chains, evaluate solutions like returnable/ reusable packaging (e.g., plastic totes). VI. Sustainability and Environmental Compliance This is an imperative trend in response to global trade and brand owner requirements. **Eco-Friendly** **Material Selection:** Prioritize renewable materials (e.g., cartons made from recycled pulp). Reduce the use of single-use plastics, seeking alternatives like paper or biodegradable materials. Use water-based inks for printing. **Packaging** **Minimization:** Adhere to the "Reduce, Reuse, Recycle" principle, eliminating over-packaging while ensuring protection. Design cartons that are easy to collapse and store flat, reducing warehousing and return logistics costs. **Compliance** **Declarations:** Ensure packaging materials comply with the environmental regulations of the target market (e.g., EU Packaging and Packaging Waste Directive, US ASTM/ISTA standards, China’s plastic restrictions). Print relevant eco-labels on cartons (e.g., FSC certification mark, recycling symbol). * * * ![Quality Control and Validation of the Packaging Process](http://www.anxin-cnc.com/uploadfile/ordinary/1769911124.webp) ### Quality Control and Validation of the Packaging Process Packaging itself is the final step of production and must undergo quality control. **First-Pack** **Confirmation:** Before mass packaging begins for each batch, the first completed finished carton must be inspected and approved by quality control (IPQC or OQC). Checks include: packaging method, material usage, protective measures, label accuracy, packed quantity, and a comparison against the customer-approved packaging sample. **In-Process** **Spot Checks:** On the packaging line, inspectors must periodically sample-check: product cleanliness, proper internal packaging, sufficient void fill, carton integrity, and correct label placement. **Reliability** **Validation Testing (Critical):** For new products or key customers, packaging transport testing should be conducted before mass production to validate the packaging design. **Common tests include:** **Drop** **Test:** Simulates accidental drops during handling. **Vibration** **Test:** Simulates sustained vibrations during truck or ship transport. **Compression/Stacking** **Test:** Verifies the carton’s crush resistance during prolonged warehouse stacking. **Environmental** **Test:** e.g., temperature/humidity cycling to verify moisture protection effectiveness.a [Get A Qoute](http://www.anxin-cnc.com/solutions/packaging-process/ "Quality Control and Validation of the Packaging Process") * * * ### Packaging Process Quality Control and Validation Plan #### I. Core Objectives of Quality Control **Zero** **Defect Outflow:** Ensure products with improper packaging (e.g., wrong, missing, damaged, dirty) do not flow to the next stage or reach the customer. **Process** **Stability:** Reduce variability in the packaging process through standardized operations and monitoring. **Traceability:** Enable any packaging issue to be traced back to the specific operator, production line, batch, and materials. **Compliance:** 100% fulfillment of customer-specific packaging specifications and internal quality standards. #### II. Quality Control Organization and Responsibilities **IPQC** **(In-Process Quality Control):** Responsible for ongoing patrol inspections and sampling checks on the packaging line. **OQC** **(Outgoing Quality Control):** Responsible for final sampling inspection and release of packaged finished goods. **Packaging** **Lead/Supervisor** **:** Responsible for first-article confirmation, operation supervision, and initial problem handling. **O** **perator:** Responsible for self-inspection and the quality of their own work. #### III. Quality Control Activities (Four-Stage Monitoring) #### IV. Key Supporting Documents & Tools **Packaging** **Work Instruction (PWI):** Illustrated, serves as the sole standard for all operations. **Packaging** **Inspection Standard:** Clearly defines pass/fail criteria for each check point, supported by photo examples. **Approved** **Carton / Limit Samples:** Includes "perfect standard samples" and "acceptable/unacceptable" limit samples. **Inspection** **Record Forms:** First-article confirmation form, patrol inspection log, OQC report, etc., ensuring traceability. **Measuring** **Tools:** Electronic scale, calipers, tape measure, tape adhesion tester, etc. #### V. Non-Conforming Product Handling Process **Identification** **& Segregation:** Immediately move non-conforming packaged goods to the "Quarantine Area" with a red tag. **Evaluation** **& Disposition:** Evaluated by a Quality Engineer to decide on rework (repackaging), scrap (material damaged), or concession (minor defect). **Root** **Cause Analysis & Improvement:** For repetitive or critical issues, initiate root cause analysis and implement corrective/preventive actions. [Get A Qoute](http://www.anxin-cnc.com/solutions/packaging-process/ "Packaging Process Quality Control and Validation Plan") ![Packaging Process Quality Control and Validation Plan](http://www.anxin-cnc.com/uploadfile/ordinary/1769911297.webp) * * * ![Quality Control Activities (Four-Stage Monitoring)](http://www.anxin-cnc.com/uploadfile/ordinary/1769911602.webp) ### Quality Control Activities (Four-Stage Monitoring) #### Stage 1: Pre-Production Preparation Control 1. Document Verification: Packaging instructions, customer-specific requirements, drawings/samples must be the latest version and complete. 2. Material Verification (IQC for Packaging): Verify the specifications, material, dimensions, and printed content of packaging materials (cartons, liners, plastic bags, etc.). Check incoming materials for moisture damage, breakage, contamination, etc. Critical materials (e.g., anti-static bags, rust-proof materials) require supplier quality certificates. #### Stage 2: In-Process Execution Control (Core) **1.** **First-Article Confirmation System:** When: At the start of each shift, after product/packaging material changeover, or after equipment adjustment. Method: Conducted jointly by the Packaging Lead and IPQC. Content: Completely package one minimum unit (e.g., one inner box or one master carton). Check item-by-item against the Packaging Inspection Standard and approved samples, and record on the First-Article Confirmation Form. Once approved, this unit serves as the "standard sample" for the shift at the line head. **2.** **Operator Self-Inspection (100% Check):** Content: Each operator is responsible for their own station. Examples: bagging operator checks product cleanliness; boxing operator checks quantity and placement; sealing operator checks carton integrity. Method: Follow the Packaging Self-Inspection Checklist, recording results every half hour. **3.** **IPQC Scheduled Patrol Inspection (AQL Sampling):** **3.1** **Frequency: Every 1** **-2 hours.** **3.2** **Sampling** **:** Randomly select a specified quantity of semi-finished goods (e.g., packed inner boxes) and finished cartons from the packaging line. **3.3** **Inspection Items (Example):** **Product** **Condition:** Cleanliness, mixed products, undetected defective parts **Inner** **Packaging:** Whether bag is sealed, correct anti-static/rust-proof measures, sufficient bubble wrap coverage **Intermediate** **Packaging:** Accurate quantity, correct placement, proper use of dividers, sufficient void fill **Outer** **Packaging:** Carton undamaged, correct carton grade, sealing tape applied properly and firmly, correct banding position and tension **Labels** **& Markings:** Accurate, clear, and firmly affixed carton marks; uniform placement; correct warning symbols **Weight** **Verification:** Random weighing compared to standard weight; quickly identifies serious under/over packing or wrong parts **3.4** **Records:** Results recorded on the Packaging Process Patrol Inspection Record. Issues trigger immediate issuance of a Corrective and Preventive Action Form. #### Stage 3: Final Finished Goods Verification **1.** **OQC Outgoing Inspection (AQL Standard Sampling):** For finished, ready-to-ship cartons, sample according to MIL-STD-105E or customer-specified standards. Inspection covers appearance, markings, packaging method, quantity, and simulated post-transport condition (random cartons may be opened to check inner layers). Goods can only be released after passing OQC inspection and stamping/sign-off. **2.** **Weight Audit:** Weigh each finished pallet and compare it to the system’s theoretical weight. Serves as a final defense against major quantity errors. #### Stage 4: Periodic System Validation **1.** **Packaging Transport Testing (Most Critical Validation):** Purpose: Simulate real logistics environments to scientifically verify the reliability of the packaging solution. Frequency: Before implementing a new packaging solution, after major material/design changes, periodically (e.g., annually). Test Items (Based on ISTA or GB/T Standards): Drop Test: Verifies protection against accidental drops. Vibration Test: Verifies protection against sustained vibration during transit. Compression/Stacking Test: Verifies carton crush resistance during warehousing. Incline/ Horizontal Impact Test: Simulates vehicle braking or collisions. Result: After testing, open cartons to inspect product and inner packaging integrity. Issue a formal Packaging Transport Test Report. [Get A Qoute](http://www.anxin-cnc.com/solutions/packaging-process/ "Quality Control Activities (Four-Stage Monitoring)") * * * Get an online quote and injection molding design analysis today. [Get a Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") ## Rapid Prototyping Solutions - [Solutions](http://www.anxin-cnc.com/solutions/ "Solutions") - [Rapid prototype](http://www.anxin-cnc.com/solutions/rapid-prototype/ "Rapid prototype") - Rapid Prototyping with Anxin Metal | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/solutions/rapid-prototype/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ## Rapid Prototyping for Metal and Plastic Parts Processing In the development of metal and plastic products, rapid prototyping serves as a bridge between design and mass production. By quickly creating physical prototypes, companies can: **Verify** **design feasibility:** Test structure, assembly, and functionality early. **Shorten** **development cycles:** Reduce from weeks to days, accelerating time-to-market. **Lower** **development costs:** Minimize mold modification risks and avoid rework during production. **Improve** **client communication:** Provide tangible samples for confirmation, reducing misunderstandings. ![Rapid Prototyping](http://www.anxin-cnc.com/uploadfile/ordinary/1769566817.webp) * * * ## Technologies & Processes #### A. For Metal Parts: **CNC** **Machining:** Ideal for aluminum, steel, brass. Offers high precision, real material properties. Best for functional, load-bearing, high-tolerance parts. **Laser** **Cutting & Bending:** For sheet metal prototypes (enclosures, brackets). Fast and cost-effective. **Metal** **3D Printing (SLM/DMLS):** For complex, lightweight designs (lattice structures, internal channels) in stainless steel, titanium, or aluminum. #### B. For Plastic Parts: **CNC** **Machining (Plastics):** Uses ABS, PC, Nylon, POM. Provides true material performance for stress testing. **3D** **Printing:** **SLA/DLP:** High surface finish, fine details. Perfect for appearance models, clear parts. **SLS:** Nylon-based, no supports needed. Great for snap-fits, hinges, functional assemblies. **FDM:** Lowest cost, fast. Suitable for conceptual models, large simple parts. **Vacuum** **Casting (Urethane Casting):** Uses silicone molds to produce 10-100 parts in various colors/material properties. Ideal for pre-production runs, user testing. Application-Based Selection Guide **Match** **the technology to the need:** "I just need to see and feel the shape" → SLA 3D Printing or CNC + Painting. "I need to test gear strength and wear" → POM CNC or Nylon SLS. "I must verify metal-to-plastic assembly" → Aluminum/Steel CNC + Plastic CNC or SLS. "I need 50 units for a trade show" → Vacuum Casting. "My design has impossible internal metal geometry" → Metal 3D Printing. **Standard** **Workflow** **1.** **Requirement Analysis:** Define purpose, material, quantity, budget, timeline. **2.** **Design for Manufacturability (DFM) Review:** Optimize design for prototyping and future production. **3.** **Process Selection & Quotation:** Recommend the best technical solution. **4.** **Data Preparation:** Submit 3D files (STEP/IGS), finalize details. **5.** **Production & Post-Processing:** Machining/printing, plus finishing (sanding, painting, anodizing, plating). **6\. QC** **& Delivery:** Provide inspection report (critical dimensions) and physical samples. * * * ![Metal Rapid Prototyping Technologies](http://www.anxin-cnc.com/uploadfile/ordinary/1769567088.webp) ### Metal Rapid Prototyping Technologies #### CNC Machining (Metal) Suitable Materials: Aluminum alloys, Stainless steel, Copper, Titanium alloys, Tool steel **Technical** **Features:** Accuracy up to ±0.025-0.1mm Material properties identical to final product Excellent surface quality, suitable for various surface treatments **Typical** **Applications:** Mechanical structural parts, connectors Housings, brackets, bases Precision transmission components **Advantages:** High precision, real materials, high strength **Limitations:** Limited ability for complex internal structures, significant material waste Sheet Metal Laser Prototyping **Process** **Combination:** Laser cutting + CNC bending + Welding **Technical** **Features:** Rapid prototyping of thin-walled metal structures High cost-effectiveness Capable of producing large sheet metal parts **Typical** **Applications:** Enclosures, cabinets, housings, brackets, protective covers Metal 3D Printing **Main** **Technologies:** SLM (Selective Laser Melting), DMLS (Direct Metal Laser Sintering) **Materials:** Stainless steel, Aluminum alloys, Titanium alloys, Tool steel, Cobalt-chrome alloys **Unique** **Advantages:** Manufacture complex geometries impossible with traditional methods Integrated forming, reducing assembly needs Enable lightweight designs Application Scenarios: Complex cooling channels, lightweight structures, customized implants, mold inserts [Get A Qoute](http://www.anxin-cnc.com/solutions/rapid-prototype/ "Metal Rapid Prototyping Technologies") * * * ### Plastic Rapid Prototyping Technologies #### **CNC** **Plastic Machining** **Suitable** **Materials:** ABS, PC, PMMA, Nylon, POM, PEEK **Advantages:** Uses real engineering plastics, reliable performance High precision, suitable for precision fitting parts **Good** **surface finish** **Applications:** Gears, bearings, housings, transparent windows, high-load test parts Vacuum Casting (Silicone Molding) **Process:** Create master pattern → Make silicone mold → Cast polyurethane resin Material Options: ABS-like, PP-like, PC-like, transparent, flexible resins **Core** **Value:** Rapid small-batch production (10-500 pieces) Multiple material hardness options Cost significantly lower than steel mold tooling **Typical** **Applications:** Market testing, crowdfunding samples, exhibition prototypes, small batch sales 3D Printing Technologies SLA/DLP **Material** **Options:** Various photosensitive resins; Accuracy: High (±0.1mm); Strength: Medium ; Surface Quality: Excellent, comparable to injection molding SLS Material Options:Nylon (PA), Glass-filled nylon; Accuracy:Medium (±0.15mm); Strength: High, close to injection molding ; Surface Quality: Slightly rough, can be post-processed FDM Material Options:Various photosensitive resins; Accuracy: Lower (±0.2mm); Strength: Medium ; Surface Quality: Visible layer lines PolyJet Material Options:ABS-like resins, Flexible materials; Accuracy: Very high (±0.1mm); Strength: Medium ; Surface Quality: Excellent, smooth and detailed [Get A Qoute](http://www.anxin-cnc.com/solutions/rapid-prototype/ "Plastic Rapid Prototyping Technologies") ![Plastic Rapid Prototyping Technologies](http://www.anxin-cnc.com/uploadfile/ordinary/1769567192.webp) * * * ![Rapid Prototyping Process Selection Decision Guide](http://www.anxin-cnc.com/uploadfile/ordinary/1769567289.webp) ### Rapid Prototyping Process Selection Decision Guide #### I. Core Decision Dimensions When quickly selecting a process, focus on these 5 key dimensions: Accuracy Requirement (Within ±0.1mm?) Material Authenticity (Need real engineering materials?) Lead Time (How fast do you need it?) Budget Constraint (How much can you spend?) Prototype Purpose (Appearance showcase / Functional testing / Small batch?) #### II. Quick Selection Guide Ask yourself these three key questions: #### Question 1: What is it for? Just to see the look → Choose SLA (best surface finish) To test function/strength → Choose CNC Machining or SLS Nylon Printing (realistic materials) Need 10-100 samples → Choose Vacuum Casting (lowest cost per part) Extremely complex geometry → Choose 3D Printing (SLA/SLS) #### Question 2: Does the material matter? Must use real metal/plastic → Must choose CNC Machining Simulation is acceptable → Can choose 3D Printing or Vacuum Casting #### Question 3: What’s the timeline and budget? Need it tomorrow, low budget → FDM or SLA 3D Printing Within 3 days, medium budget → CNC Machining ~1 week, need multiple copies → Vacuum Casting [Get A Qoute](http://www.anxin-cnc.com/solutions/rapid-prototype/ "Rapid Prototyping Process Selection Decision Guide") * * * ### Technical and Economic Analysis #### 1.1 Cost Structure Comparison **3D** **Printing:** Main cost = Material + Machine time, suitable for complex geometries **CNC** **Machining:** Main cost = Programming + Machining time + Material waste, suitable for high-precision simple geometries **Vacuum** **Casting:** Main cost = Mold cost + Per-part material cost, suitable for small batches (10+ pieces) #### 1.2 Time Efficiency Analysis **Fastest:** Simple 3D printing (several hours) **Most** **Common:** CNC (1-3 days) **Small** **Batches:** Vacuum casting (3-7 days) Successful Application Cases #### Case 1: Smart Lock Development **Challenge:** Verify assembly between metal lock body and plastic housing, and electronic component layout Solution: **Lock** **body:** Aluminum CNC machining + Anodizing **Housing:** SLA printing + Painting **Internal** **brackets:** Sheet metal laser forming **Result:** Identified 3 assembly interferences in advance, saved ¥150,000 in mold modification costs #### Case 2: Medical Handheld Device **Challenge:** Ergonomic testing and sterilization validation Solution: **Main** **body:** SLS nylon printing (heat-resistant for sterilization) **Buttons:** SLA transparent resin (verify internal lighting effects) **Seals:** Silicone casting **Result** **:** Optimized grip angle, passed actual sterilization testing #### Case 3: Industrial Robot End Effector **Challenge:** Balance lightweight design with high strength Solution: **Main** **structure:** Titanium metal 3D printing (topology optimized design) **Connectors** **:** Stainless steel CNC machining [Get A Qoute](http://www.anxin-cnc.com/solutions/rapid-prototype/ "Technical and Economic Analysis") ![Technical and Economic Analysis](http://www.anxin-cnc.com/uploadfile/ordinary/1769567473.webp) * * * ![Best Practices and Recommendations](http://www.anxin-cnc.com/uploadfile/ordinary/1769567615.webp) ### Best Practices and Recommendations #### 1.1 Design Optimization Suggestions Design for Rapid Prototyping: **CNC:** Consider tool accessibility, avoid deep and narrow cavities **3D** **Printing:** Optimize support structures, consider print orientation effect on strength **Vacuum** **Casting:** Include draft angles, reserve gate locations File Preparation Standards: Provide 3D files in STEP or IGES format Indicate critical dimensions and tolerance requirements Specify surface treatment needs clearly #### 1.2 Supplier Selection Criteria **Technical** **Capability:** Possession of multiple process technologies **Quality** **System:** Established inspection procedures **Design** **Support:** Ability to provide professional DFM advice **NDA/Confidentiality:** Emphasis on intellectual property protection #### 1.3 Development Trends **Hybrid** **Manufacturing:** Combined 3D printing and CNC processing **New** **Material Development:** Higher-performance rapid prototyping materials **Digital** **Services:** Online quoting, real-time production tracking Automated Post-processing: Robotic polishing, automated painting Conclusion Rapid prototyping technologies for metal and plastic provide unprecedented flexibility in product development. Correct selection and application of these technologies can: Shorten product development time by 50-70% Reduce development costs by 30-50% Significantly increase first-time mold success rate Accelerate innovation cycles, enhance market competitiveness [Get A Qoute](http://www.anxin-cnc.com/solutions/rapid-prototype/ "Best Practices and Recommendations") * * * Get an online quote and injection molding design analysis today. [Get a Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Medical Device Solutions # Medical Industry Anxin specializes in the precision machining and assembly of high-quality medical device components. We produce custom parts such as surgical instrument fittings, diagnostic equipment frames and lightweight alloy brackets, all manufactured to meet strict medical industry standards for sterility and durability. Our rigorous quality control processes ensure every component delivers reliable performance, catering to the exacting needs of medical equipment manufacturers worldwide. [Start a Project](http://www.anxin-cnc.com/contact/ "Get A Quote") * * * * * * ## Customized Solutions for the Medical Industry #### 1\. Medical Device Precision Machining High-precision [CNC machining](http://www.anxin-cnc.com/capabilities/cnc-machining/) for core medical device components (surgical instruments, diagnostic equipment parts, implant accessories, medical pump components) with ultra-tight tolerance control, meeting the high-precision and stability requirements of medical equipment operation. #### 2\. Biocompatible Material Machining Professional tailored processing for medical-specified biocompatible materials (titanium alloy, medical stainless steel, PEEK, medical grade plastics), complying with medical material safety standards and ensuring material performance matches clinical application needs. #### 3\. Compliance & Precision Surface Customization Customized medical-grade [surface\\ finishing](http://www.anxin-cnc.com/resources/surface-finishes/) (electropolishing, passivation, precision grinding, sandblasting) to achieve smooth, corrosion-resistant, bacteria-resistant surfaces, meeting the sterility and biocompatibility requirements of medical device use. #### 4\. Prototype to Batch Production Integration One-stop machining support from [rapid prototype](http://www.anxin-cnc.com/solutions/rapid-prototype/) development for medical device R&D verification to small/batch production, adapting to the industry’s strict product testing cycle and flexible production demands for customized medical equipment. #### 5\. Full-Traceability Quality Control Full-process quality management in line with medical industry standards (ISO 13485), with professional precision testing and complete production data traceability, guaranteeing the safety, reliability and consistency of machined medical components. * * * * * * ## Why Choose Us? Anxin is a reliable machining partner for the medical industry, with medical-grade precision machining, biocompatible material processing, strict quality control and customized small-batch production, providing safe and reliable machining solutions for medical device components. * * * ### Medical-Grade Precision Machining Micron-level tolerance control for surgical instruments and diagnostic equipment parts, meeting the high-precision and stable operation demands of medical devices. ### Biocompatible Material Processing Professional machining for titanium alloy, medical stainless steel and PEEK, complying with medical material safety standards. ### Rigorous Multi-Stage Quality Control Full-process precision inspection, ensuring sterility, consistency and reliability of medical machined parts. ### Flexible Customized Production Support rapid prototype R&D and small-batch customization, adapting to the personalized R&D and production needs of medical devices. * * * [Start Your Instant Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") * * * * * * ## Our Manufacturing Services Anxin offers one-stop manufacturing services, covering precision CNC machining, sheet metal fabrication, 3D printing, and a full range of capabilities. From complex precision components to large structural parts, we deliver efficiently to meet your diverse manufacturing needs. ### [CNC Machining](http://www.anxin-cnc.com/capabilities/cnc-machining/ "CNC Machining") Anxin offers services for both metal and non-metal parts from prototypes to on-demand production. You can receive immediate quotations and choose from over 40 materials and more than 10 surface treatments. [![CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1768016682.webp)](http://www.anxin-cnc.com/capabilities/cnc-machining/ "3 Axis CNC Machining") ### [CNC Turning](http://www.anxin-cnc.com/capabilities/cnc-turning/ "CNC Turning") It is usually suitable for precision machining of a variety of materials and complex parts. It has the advantage of composite processing and simplifies subsequent processes. [![CNC Turning](http://www.anxin-cnc.com/uploadfile/ordinary/1768016743.webp)](http://www.anxin-cnc.com/capabilities/cnc-turning/ "3 Axis CNC Machining") ### [5 Axis CNC Machining](http://www.anxin-cnc.com/capabilities/5-axis-cnc-machining/ "5 Axis CNC Machining") ANXIN’s 5-axis machining services offer unparallel speed and flexibility. With an extensive range of advanced 5-axis CNC machines and a long list of materials. [![5 Axis CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1768016805.webp)](http://www.anxin-cnc.com/capabilities/5-axis-cnc-machining/ "3 Axis CNC Machining") ### [Sheet Metal Fabrication](http://www.anxin-cnc.com/capabilities/sheet-metal-fabrications/ "Sheet Metal Fabrication") We transform flat sheets of metal into precise, functional components and enclosures through cutting, bending and assembly. [![Sheet Metal Fabrication](http://www.anxin-cnc.com/uploadfile/ordinary/1768016870.webp)](http://www.anxin-cnc.com/capabilities/sheet-metal-fabrications/ "3 Axis CNC Machining") ### [Die Casting](http://www.anxin-cnc.com/capabilities/die-casting/ "Die Casting") Die casting is an efficient metal casting process in which molten metals (such as aluminum, zinc, magnesium alloy) are injected into precision steel molds at high speed and cooled in a short time. [![Die Casting](http://www.anxin-cnc.com/uploadfile/ordinary/1768016920.webp)](http://www.anxin-cnc.com/capabilities/die-casting/ "3 Axis CNC Machining") ### [Injection Molding](http://www.anxin-cnc.com/capabilities/injection-molding/ "Injection Molding") Injection molding is a kind of molding process in which molten plastic is injected into a closed mold cavity by high pressure, and plastic products are obtained after cooling and curing. [![Injection Molding](http://www.anxin-cnc.com/uploadfile/ordinary/1768016981.webp)](http://www.anxin-cnc.com/capabilities/injection-molding/ "3 Axis CNC Machining") ### [3D Printing](http://www.anxin-cnc.com/capabilities/3d-printing/ "3D Printing") Bring Your Ideas to Life.We transform digital designs into physical objects, layer by layer. Perfect for prototyping, custom parts, or creative projects. [![3D Printing](http://www.anxin-cnc.com/uploadfile/ordinary/1768017039.webp)](http://www.anxin-cnc.com/capabilities/3d-printing/ "3 Axis CNC Machining") ### [Wire EDM](http://www.anxin-cnc.com/capabilities/wire-edm/ "Wire EDM") We specialize in machining ultra-hard metals and complex shapes using controlled electrical sparks. The ideal solution when traditional CNC cutting is impossible or inefficient. [![Wire EDM](http://www.anxin-cnc.com/uploadfile/ordinary/1768017084.webp)](http://www.anxin-cnc.com/capabilities/wire-edm/ "3 Axis CNC Machining") * * * ### Medical Industry * * * Materials & Surface Finishes ![Materials](http://www.anxin-cnc.com/uploadfile/ordinary/1769245847.webp) ### Materials We provide an extensive range of materials — from durable metals and versatile plastics to high-strength composites — to support your diverse project requirements. [View all Materials](http://www.anxin-cnc.com/resources/materials/ "Materials") ![Surface Finishes](http://www.anxin-cnc.com/uploadfile/ordinary/1769245905.webp) ### Surface Finishes Our superior surface finishing solutions enhance both the longevity and aesthetic quality of your components, perfectly addressing the needs of applications requiring smooth or custom-textured surfaces. [View all Surface Finishes](http://www.anxin-cnc.com/resources/surface-finishes/ "Surface Finishes") ![Applications of Medical Parts](http://www.anxin-cnc.com/uploadfile/ordinary/1769246026.webp) # Applications of Medical Parts Our precision-machined medical components feature exceptional accuracy and material compatibility, engineered to meet the strict safety, precision and reliability demands of medical devices and clinical equipment. **\- Surgical Instruments:** Precision cutting, grasping and retracting tool components, ensuring sharpness, structural stability and sterilization compatibility for surgical procedures. **\- Diagnostic Equipment:** Sensor mounts, probe fittings and instrument housings, guaranteeing precise positioning and stable performance for imaging and testing devices. **\- Patient Care Devices:** Component parts for monitoring equipment, infusion pumps and rehabilitation devices, complying with biocompatibility and operational safety standards. **\- Dental Equipment:** Precision dental handpiece parts, implant fixtures and instrument components, meeting the micro-precision and wear-resistance requirements of dental care. * * * * * * Start Your Next Project Today [Get Instant Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## CNC Turning Services - [Capabilities](http://www.anxin-cnc.com/capabilities/ "Capabilities") - [Machining Services](http://www.anxin-cnc.com/capabilities/machining-services/ "Machining Services") - Custom CNC Milling Services for Anxin Metal | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/capabilities/cnc-turning/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ![Custom CNC Turning Services](http://www.anxin-cnc.com/uploadfile/ordinary/1768379072.webp) # Custom CNC Turning Services ## The concept of CNC (Computer Numerical Control) turning is to control the coordination of material rotation and tool movement through precise digital instructions, efficiently and consistently removing material, thereby manufacturing high-precision and high-complexity axisymmetric or rotationally symmetrical parts. It transforms the manual craftsmanship of traditional lathes into a programmable and replicable automated process, and is one of the key technologies for achieving modern digital manufacturing and rapid prototyping. [Get A Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") Certifications ISO 9001:2015 ## How it works with CNC Turning **Design** **(CAD):** Engineers create a 3D digital model of the part using Computer-Aided Design software. **Programming** **(CAM):** The CAD model is translated into G-code instructions that the machine tool can understand, using Computer-Aided Manufacturing software. This process involves setting critical parameters like tool paths, cutting speeds, and feed rates. **Setup:** The operator mounts the workpiece, installs the cutting tools on the machine, and loads or calls up the machining program. Execution & Monitoring: The CNC system interprets the G-code, precisely controlling the movement of the machine’s axes and auxiliary functions (e.g., coolant, tool changes) to complete the cutting automatically. The operator monitors the process to ensure stability. **Completion:** After machining, the part is removed for necessary post-processing (e.g., deburring, surface treatment) and quality inspection. ## Common operation types in CNC turning **·** **Cylindrical turning** **:** Processing diameter dimensions **· End** **face turning:** Ensure length and flatness **·** **Inner hole processing:** Boring/drilling **·** **Conical surface turning:** Adjust the tool Angle or program **·** **Thread turning:** Multi-pass gradual forming **·** **Slotting/cutting:** Radial feed cutting ## Quality assurance measures ### **1.Precision** **control** **·** **Dimensional tolerance:** ±0.01mm (standard) **·** **Roundness:** ≤ 0.005mm **·** **Surface roughness:** Ra 0.8-1.6μm (fine turning) ### 2. Process monitoring · Tool wear inspection (each batch /4 hours) · Size spot check (2-3 pieces per hour) · Monitoring of cutting fluid concentration/temperature * * * ## Core Advantages of CNC Turning 1\. Outstanding precision and repeatability It can stably achieve micron-level tolerance, ensuring the consistency of each part in mass production. 2\. High productivity Automated tool changing, continuous processing and high-speed cutting capabilities significantly reduce the production time per piece. 3\. Complex geometric forming capabilities It can not only process simple cylinders, but also complete complex curved surfaces, threads, grooves and eccentric features through programming. 4\. Excellent surface quality By optimizing cutting parameters, high-quality surface finish can be directly achieved, reducing subsequent grinding processes. 5\. High material utilization rate It belongs to subtractive manufacturing, but by optimizing the tool path and near-net-shape forming blanks, material waste can be effectively reduced. 6\. Flexibility and rapid conversion By changing programs and fixtures, it is possible to quickly switch between different parts production, making it suitable for flexible production in medium and small batches. | | | | --- | --- | | ![](http://m.anxin-cnc.com/uploadfile/editor/20260114162945_37158.webp) | ![](http://www.anxin-cnc.com/uploadfile/editor/20260114162931_60130.webp) | * * * ## Why Choose ANXIN for CNC Turning ## 1.Uncompromising precision and consistent quality control **· Full-process control:** From raw material incoming inspection, first piece full-size report (FAI) to SPC statistical process control during production, we ensure that every product perfectly meets the requirements of the drawings. **· Advanced inspection equipment:** Equipped with a three-coordinate measuring machine (CMM), roundness tester and surface roughness tester, ensuring quality with data rather than intuition. ## 2.Profound technical expertise and engineering support **· Free Manufacturability Design** **(DFM) analysis:** Before production starts, our engineers will proactively review your design and offer optimization suggestions to enhance performance, reduce costs and shorten delivery times. **· Materials and Processes Expert:** Whether it’s common aluminum alloys, stainless steel, or difficult-to-machine titanium alloys and superalloys, we have a mature process database to ensure the best results. ## 3.Flexible and efficient services and transparent communication **· From** **1 piece to 10,000 pieces:** Whether it’s product prototype verification, small-batch trial production or large-scale production, we can provide the most cost-effective flexible solutions. **· Quick response and clear nodes:** A dedicated account manager ensures that your questions are answered promptly, and through transparent project tracking, you can always keep track of the progress. **· Integrated post-treatment** **services:** We offer one-stop solutions, including heat treatment, anodizing, electroplating, sandblasting and other surface treatments, to simplify your supply chain. * * * ![Key Application Industries](http://www.anxin-cnc.com/uploadfile/ordinary/1768379695.webp) ### Key Application Industries **. Automotive industry:** shafts, pins, bushings, nozzles, connecting parts. **· Aerospace:** Engine components (blade tenons), landing gear parts, hydraulic accessories. **· Medical equipment:** implants (bone screws), surgical instrument handles, precision shafts of medical instruments. **· Electronics and Semiconductors:** heat sinks, connector pins, cavities, wafer carriers. **· Fluid power:** Valve housings, pipe joints, pump body components, hydraulic pistons. **· General machinery:** drive shafts, gear blanks, bearing housings, fasteners. [Check Out the Toolkit](http://www.anxin-cnc.com/capabilities/cnc-turning/ "Key Application Industries") * * * ## Material Selection Decision on CNC Turning AT offers a wide variety of materials for custom CNC machining,  plastic, and metal, including but not limited to: **Aluminum:** 6061-T6, 7075-T6, 2024, 5052, 6060, 5083, 2017, 6082 Aluminum’s strength-to-weight ratio, affordability, and recyclability have made it widely used across industries worldwide. Stainless Steel/Alloy Steel/Tool Steel/Brass/Copper/Titanium **Finishing** **Options:** Anodizing Types II, III, III + PTFE, ENP, Media Blasting, Nickel Plating, Powder Coating, Tumble Polishing **POM(Delrin/Acetal):** High stiffness, good moisture resistance, high wear-resistance, and low friction, easy to machine **PMMA** **(Acrylic):** Color:(White, black, brown etc.) **PEEK:** Grade: POM-C, POM-H, UV stabilized POM, Food-Grade POM **ABS/Nylon** **(PA)/PTFE (Teflon)/PVC** When selecting materials for CNC machining, a comprehensive trade-off is needed from three dimensions: functionality, machinability, and economy. **From** **the functionality requirement dimension**, it is necessary to evaluate the material’s strength requirements (including static strength and dynamic fatigue strength), wear resistance requirements (often related to surface hardness), corrosion resistance (for specific working environment media), operating temperature range, and electrical properties like conductivity and thermal conductivity. **From** **the machinability dimension**, the material’s machining difficulty level (can be divided into levels 1 to 5), tool cost index, machining efficiency coefficient, achievable surface quality, and difficulty of deformation control need to be considered. **From** **the economic dimension**, calculations should include the cost per kilogram of the material itself, estimated machining labor hours, tool consumption costs, necessary heat treatment or other post-processing costs, and an estimation of potential scrap rates. When matching materials to application scenarios, the following guidelines can be followed: For aerospace structural components, high specific strength materials like 7075 aluminum alloy are preferred, with titanium alloy TC4 being an excellent alternative, while stainless steel is generally not recommended due to its higher weight. For medical implants, biocompatibility is the primary consideration, making Ti-6Al-4V titanium alloy or cobalt-chromium alloys the first choice, whereas ordinary stainless steel is unsuitable. For lightweight components like optical mounts, 6061 aluminum alloy or brass are ideal choices, while carbon steel is not recommended due to weight issues. For fixtures in high-temperature environments, materials with good thermal stability must be chosen, such as Inconel high-temperature alloys or specialized heat-resistant steels; ordinary steel cannot perform this task. * * * ![Quality Inspection System&Surface Treatment Options for CNC Turning](http://www.anxin-cnc.com/uploadfile/ordinary/1768380107.webp) ### Quality Inspection System&Surface Treatment Options for CNC Turning ### Surface Treatment Options ### **1\. Functional Surface Treatments** **1.1 Anodizing (Hard Anodizing/Cle** **ar Anodizing)** Process Parameters: Film thickness 10-25μm, hardness HV300-600. Applicable Materials: Aluminum alloys (2xxx/6xxx/7xxx series). Inspection Standards: ASTM B580 / MIL-A-8625. Quality Key Points: Color difference control ΔE<1.5, film thickness uniformity ±2μm. **1.2 Plating Coating** **1.2.1 Hard Chrome Plating** Thickness Range: 0.02-0.2mm. Hardness: HV800-1000. Special Properties: Wear resistance, low friction coefficient. **1.2.2 Electroless Nickel Plating** **Thickness Range** **:** 0.005-0.1mm. **Hardness:** HV500-700. **Special Properties:** Uniform coating, corrosion resistance. 1.2.3 PVD Coating **Thickness Range:** 1-5μm. **Hardness:** HV2000-3000. **Special Properties:** High temperature resistance, decorative. ### 2\. Decorative Surface Treatments **2.1 Sandblasting** **Abrasive Specifications:** 80#-220# aluminum oxide/glass beads. **Surface Effect:** Ra 1.6-6.3μm matte finish. **Pre-treatment Requirements:** Must remove burrs after machining. **2.2 Mechanical** **Polishing Process** Coarse Polishing (120# abrasive belt). Medium Polishing (Fiber wheel + polishing compound). Fine Polishing (Cloth wheel + diamond paste). Mirror Surface Inspection (Reflectivity ≥85%). [Check Out the Toolkit](http://www.anxin-cnc.com/capabilities/cnc-turning/ "Quality Inspection System&Surface Treatment Options for CNC Turning") * * * ### CNC Turning Frequently Asked Questions (FAQs) ### What size of parts can CNC Turning process? _expand\_less_ _expand\_more_ A: The processing range depends on the machine tool specifications  -Standard lathes: Diameter Ø10-500mm, length 50-2000mm · Large lathes: Diameters can reach over Ø2000mm We offer a variety of specifications of equipment to meet different size requirements. ### What is the typical precision that CNC Turning can achieve? _expand\_less_ _expand\_more_ A: Standard accuracy range · Dimensional tolerance: ±0.01mm (standard), ±0.005mm (precision) · Surface roughness: Ra 0.8-3.2μm (conventional), Ra below 0.4μm (high precision) The actual accuracy depends on the material, cutting tool, machine tool condition and process optimization. ### How is the quotation for CNC Turning processing? _expand\_less_ _expand\_more_ A: The quotation is based on the following factors: 1. Material cost: Type, specification and quantity of raw materials 2. Processing time: Programming time, machine tool operation time, tool changing time 3. Process complexity: Tolerance requirements, surface finish, and special features 4. Post-treatment requirements: heat treatment, surface treatment, etc 5. Quantity: The larger the batch size, the lower the unit price We offer a free quotation service. You only need to provide the drawings or 3D files. ### How to reduce the processing cost of CNC Turning? _expand\_less_ _expand\_more_ A: Considering the following points during the design stage can significantly reduce costs: 1. Simplify geometric shapes: Reduce complex curves and features 2. Relax tolerances: Only specify strict tolerances at critical positions 3. Reduce deep holes/slender structures: These features are time-consuming to process and prone to deformation 4. Standardized features: Use standard thread and hole sizes 5. Material selection: Choose materials that are easy to process under the premise of meeting performance requirements Our engineers can offer Design for Manufacturability (DFM) advice to help you optimize your design * * * Get an online quote and injection molding design analysis today. [Get a Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Surface Finishing Services - [Resources](http://www.anxin-cnc.com/resources/ "Resources") - [Surface Finishes](http://www.anxin-cnc.com/resources/surface-finishes/ "Surface Finishes") - Surface Finishes | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/resources/surface-finishes/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ![Surface Finishes We Offer](http://www.anxin-cnc.com/uploadfile/ordinary/1769924849.webp) # Surface Finishes We Offer #### Precision surface treatment: Endowing hardware parts with performance and aesthetic soul In metalworking, surface treatment is far more than just aesthetic appeal. It is the crucial final step to enhance the corrosion resistance, wear resistance, electrical conductivity, welding performance of parts, and even achieve a specific touch. We offer comprehensive surface treatment solutions, ranging from standard polishing to special coatings, to ensure that your parts operate stably in harsh environments and stand out in end products [Get A Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") ![Our Finishing Operations](http://www.anxin-cnc.com/uploadfile/ordinary/1769925038.webp) ### Our Finishing Operations Category Process                             Key Detail Mechanical                              Sandblasting                                Matte/textured finish Polishing                                Mirror-like surface Grinding Precision flatness Chemical                               Anodizing Corrosion-resistant layer Passivatio Stainless steel protection Chromating                                Zinc/Aluminum coating Coatings                             Powder Coating                                Durable polymer layer PVD Coating                                Thin-film wear resistance CVD Coating                                High-temp protection Electrochemical        Electroplating Metal deposition (e.g., Ni) Electropolishing                                Smoothing via electrolysis Thermal                              Tempering                                Stress relief for metals Case Hardening                                Surface hardness boost Plastic-Specific         Laser Etching Permanent markings Vacuum Metallization                                Reflective plastic surfaces Other                              Hydro Dipping Camouflage patterns Plasma Treatment                                Adhesion enhancement [Get A Qoute](http://www.anxin-cnc.com/resources/surface-finishes/ "Our Finishing Operations") * * * ### Finishing Applications ANXIN’s Finishing Services can be Applied for: Injection-molded Parts CNC Machined Parts Rapid Tooling Over-molded parts Insert-molded parts 3D-printed Parts Metal Die-casted Parts Sheet Metal Fabrications Extruded Parts Urethane/Vacuum-casted parts [Get A Qoute](http://www.anxin-cnc.com/resources/surface-finishes/ "Finishing Applications") ![Finishing Applications](http://www.anxin-cnc.com/uploadfile/ordinary/1769925089.webp) * * * ![Choose the Best Surface Treatment for Your Project](http://www.anxin-cnc.com/uploadfile/ordinary/1769925179.webp) ### Choose the Best Surface Treatment for Your Project #### 1.What is the main goal? **·** **Anti-corrosion and rust prevention:** galvanizing, passivation, anodizing. **·** **Wear-resistant and durable:** Hard anodizing, hard chromium plating, nitriding. **·** **Aesthetic decoration:** Polishing, electroplating (chromium, nickel), colored anodizing, powder coating. **·** **Special functions:** Conductive (gold/silver), insulating (sprayed), anti-sticking (Teflon) #### 2\. In what environment are the parts used? **·** **Indoor mild environment:** Basic treatment is sufficient. **·** **Outdoor/high humidity:** High-performance anti-corrosion (such as thick film anodizing, Dacromet) is required. **·** **Chemical environment/High temperature:** Chemically resistant coatings (such as Teflon, special electroplating) are required [Get A Qoute](http://www.anxin-cnc.com/resources/surface-finishes/ "Choose the Best Surface Treatment for Your Project") * * * Get an online quote and injection molding design analysis today. [Get a Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Manufacturing Solutions Expert # Solve Your Manufacturing Challenges – Expert Consulting & Engineering Support ANXIN doesn’t just manufacture parts; we provide deep engineering expertise and strategic consulting to optimize your projects for success at every stage. We partner with businesses across diverse industries to tackle complex manufacturing problems, streamline processes, and achieve superior results. [Get A Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") * * * * * * ## Consulting & Engineering Capabilities **•Design for Manufacturability (DFM):** Analyzing your designs early on to ensure they are optimized for cost-effective production, ease of assembly, and material selection, minimizing iterations and costly reworks. **•Material Selection & Optimization:** Recommending the ideal materials to balance your project’s requirements for strength, weight, durability, environmental resistance, aesthetics, and cost. **•Process & Simulation Expertise:** Utilizing FEA, mold flow analysis, and other simulation tools to predict potential failures, optimize manufacturing processes, and reduce the need for physical prototyping. **ANXIN’s Consulting Advantage:** Performance-Driven Solutions **•Deep Manufacturing Experience:** Our engineers don’t just work with CAD models; they understand real-world production methods, tolerances, and potential challenges. **•Focus on Your Success:** We work as an extension of your team, invested in optimizing your product designs, manufacturing efficiency, and ultimately, your bottom line. **•Data-Driven Recommendations:** Our analyses and suggestions are backed by simulations, material testing (where applicable), and industry benchmarks. **•Tailored to Your Needs** **:** From targeted design consultations to full-scale manufacturing process audits, we provide scalable support. **•Bridge to Production:** Our consulting services dovetail with our manufacturing capabilities, providing a single partner for solving problems and getting your product to market. * * * * * * ## Our Manufacturing Services Anxin offers one-stop manufacturing services, covering precision CNC machining, sheet metal fabrication, 3D printing, and a full range of capabilities. From complex precision components to large structural parts, we deliver efficiently to meet your diverse manufacturing needs. ### [CNC Machining](http://www.anxin-cnc.com/capabilities/cnc-machining/ "CNC Machining") Anxin offers services for both metal and non-metal parts from prototypes to on-demand production. You can receive immediate quotations and choose from over 40 materials and more than 10 surface treatments. [![CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1768016682.webp)](http://www.anxin-cnc.com/capabilities/cnc-machining/ "3 Axis CNC Machining") ### [CNC Turning](http://www.anxin-cnc.com/capabilities/cnc-turning/ "CNC Turning") It is usually suitable for precision machining of a variety of materials and complex parts. It has the advantage of composite processing and simplifies subsequent processes. [![CNC Turning](http://www.anxin-cnc.com/uploadfile/ordinary/1768016743.webp)](http://www.anxin-cnc.com/capabilities/cnc-turning/ "3 Axis CNC Machining") ### [5 Axis CNC Machining](http://www.anxin-cnc.com/capabilities/5-axis-cnc-machining/ "5 Axis CNC Machining") ANXIN’s 5-axis machining services offer unparallel speed and flexibility. With an extensive range of advanced 5-axis CNC machines and a long list of materials. [![5 Axis CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1768016805.webp)](http://www.anxin-cnc.com/capabilities/5-axis-cnc-machining/ "3 Axis CNC Machining") ### [Sheet Metal Fabrication](http://www.anxin-cnc.com/capabilities/sheet-metal-fabrications/ "Sheet Metal Fabrication") We transform flat sheets of metal into precise, functional components and enclosures through cutting, bending and assembly. [![Sheet Metal Fabrication](http://www.anxin-cnc.com/uploadfile/ordinary/1768016870.webp)](http://www.anxin-cnc.com/capabilities/sheet-metal-fabrications/ "3 Axis CNC Machining") ### [Die Casting](http://www.anxin-cnc.com/capabilities/die-casting/ "Die Casting") Die casting is an efficient metal casting process in which molten metals (such as aluminum, zinc, magnesium alloy) are injected into precision steel molds at high speed and cooled in a short time. [![Die Casting](http://www.anxin-cnc.com/uploadfile/ordinary/1768016920.webp)](http://www.anxin-cnc.com/capabilities/die-casting/ "3 Axis CNC Machining") ### [Injection Molding](http://www.anxin-cnc.com/capabilities/injection-molding/ "Injection Molding") Injection molding is a kind of molding process in which molten plastic is injected into a closed mold cavity by high pressure, and plastic products are obtained after cooling and curing. [![Injection Molding](http://www.anxin-cnc.com/uploadfile/ordinary/1768016981.webp)](http://www.anxin-cnc.com/capabilities/injection-molding/ "3 Axis CNC Machining") ### [3D Printing](http://www.anxin-cnc.com/capabilities/3d-printing/ "3D Printing") Bring Your Ideas to Life.We transform digital designs into physical objects, layer by layer. Perfect for prototyping, custom parts, or creative projects. [![3D Printing](http://www.anxin-cnc.com/uploadfile/ordinary/1768017039.webp)](http://www.anxin-cnc.com/capabilities/3d-printing/ "3 Axis CNC Machining") ### [Wire EDM](http://www.anxin-cnc.com/capabilities/wire-edm/ "Wire EDM") We specialize in machining ultra-hard metals and complex shapes using controlled electrical sparks. The ideal solution when traditional CNC cutting is impossible or inefficient. [![Wire EDM](http://www.anxin-cnc.com/uploadfile/ordinary/1768017084.webp)](http://www.anxin-cnc.com/capabilities/wire-edm/ "3 Axis CNC Machining") * * * ## Consulting & Engineering Capabilities * * * ![UAV](http://www.anxin-cnc.com/uploadfile/ordinary/1770010769.webp) | | | --- | | #### [UAV](http://www.anxin-cnc.com/industries-we-serve/uav/) | ![Photography](http://www.anxin-cnc.com/uploadfile/ordinary/1770010861.webp) | | | --- | | #### [Photography](http://www.anxin-cnc.com/industries-we-serve/photography/) | ![Medical](http://www.anxin-cnc.com/uploadfile/ordinary/1770010933.webp) | | | --- | | #### [Medical](http://www.anxin-cnc.com/industries-we-serve/medical/) | ![Automotive](http://www.anxin-cnc.com/uploadfile/ordinary/1770010997.webp) | | | --- | | #### [Automotive](http://www.anxin-cnc.com/industries-we-serve/automative/) | ![Areospace](http://www.anxin-cnc.com/uploadfile/ordinary/1770011057.webp) | | | --- | | #### [Areospace](http://www.anxin-cnc.com/industries-we-serve/areospace/) | ![Automatic Bicycle](http://www.anxin-cnc.com/uploadfile/ordinary/1770011237.webp) | | | --- | | #### [Automatic Bicycle](http://www.anxin-cnc.com/industries-we-serve/automatic-bicycle/) | ![Electronic](http://www.anxin-cnc.com/uploadfile/ordinary/1770011289.webp) | | | --- | | #### [Electronic](http://www.anxin-cnc.com/industries-we-serve/electronic/) | ![Machine Tool](http://www.anxin-cnc.com/uploadfile/ordinary/1770011334.webp) | | | --- | | #### [Machine Tool](http://www.anxin-cnc.com/industries-we-serve/electronic/) | ![Marine](http://www.anxin-cnc.com/uploadfile/ordinary/1770011379.webp) | | | --- | | #### [Marine](http://www.anxin-cnc.com/industries-we-serve/marine/) | * * * ## Why ANXIN? * * * [![1. Professional and precise, not limited to processing](http://www.anxin-cnc.com/uploadfile/ordinary/1770037145.webp)\\ \\ 1\. Professional and precise, not limited to processing\\ \\ We not only offer processing services,\\ but also provide experience-based solutions. With a team of experienced\\ engineers, we can provide you with professional advice from material selection,\\ process optimization to structural design, ensuring that the customized\\ solution is reliable, efficient and cost-effective\\ \\ _arrow\_right\_alt_](http://www.anxin-cnc.com/resources/ "Custom Machining Parts") [![2. Agile response to shorten the delivery cycle](http://www.anxin-cnc.com/uploadfile/ordinary/1770037199.webp)\\ \\ 2\. Agile response to shorten the delivery cycle\\ \\ We are well aware of the importance of\\ timeliness. Establishing a flexible production management system and a flexible\\ production scheduling mechanism can quickly respond to your demand changes and\\ urgent orders, significantly shorten the delivery cycle from drawings to\\ finished products, and help you seize market opportunities\\ \\ _arrow\_right\_alt_](http://www.anxin-cnc.com/resources/ "Custom Machining Parts") [![3. Reliable quality and full traceability throughout the process](http://www.anxin-cnc.com/uploadfile/ordinary/1770037248.webp)\\ \\ 3\. Reliable quality and full traceability throughout the process\\ \\ Quality is the lifeline of customized\\ services. We implement full-process quality control from raw material\\ warehousing to finished product delivery. We set up inspection points at key\\ processes and establish a complete quality traceability system to ensure that\\ every product is stable and reliable, allowing you to rest assured and\\ worry-free\\ \\ _arrow\_right\_alt_](http://www.anxin-cnc.com/resources/ "Custom Machining Parts") [![4. Cost optimization to create real value](http://www.anxin-cnc.com/uploadfile/ordinary/1770037295.webp)\\ \\ 4\. Cost optimization to create real value\\ \\ We are committed to being value creators\\ in your supply chain. Through continuous optimization of process innovation,\\ material utilization rate and production flow, we can effectively control and\\ reduce your overall cost while ensuring quality, achieving a higher return on\\ investment\\ \\ _arrow\_right\_alt_](http://www.anxin-cnc.com/resources/ "Custom Machining Parts") [![5. Full-process collaboration, one-stop worry-free service](http://www.anxin-cnc.com/uploadfile/ordinary/1770037348.webp)\\ \\ 5\. Full-process collaboration, one-stop worry-free service\\ \\ We offer a full-chain service covering\\ demand matching, technical confirmation, production and manufacturing,\\ logistics distribution and after-sales support. Equipped with dedicated\\ customer service and technical liaison personnel, communication is smooth,\\ allowing you to enjoy an efficient and seamless one-stop cooperation experience\\ without the need for multiple parties to coordinate\\ \\ _arrow\_right\_alt_](http://www.anxin-cnc.com/resources/ "Custom Machining Parts") [![6. Technology-driven, continuous innovation We insist on empowering](http://www.anxin-cnc.com/uploadfile/ordinary/1770037390.webp)\\ \\ 6\. Technology-driven, continuous innovation We insist on empowering\\ \\ manufacturing with advanced\\ equipment and digital technology. Continue to invest in automated production\\ lines and intelligent numerical control equipment, and use the production\\ management data system to optimize the process. This ensures the high precision,\\ high consistency and reproducibility of product processing, and can calmly meet\\ complex and precise customization needs, providing solid technical support for\\ your product upgrade\\ \\ _arrow\_right\_alt_](http://www.anxin-cnc.com/resources/ "Custom Machining Parts") * * * * * * Start Your Next Project Today [Get Instant Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## ANXIN Precision Services * * * ![Shenzhen ANXIN Precision Co., Ltd.](http://www.anxin-cnc.com/uploadfile/ordinary/1769928525.webp) # Shenzhen ANXIN Precision Co., Ltd. #### Our Missions: Explore the infinity of creation; Dedicate to the satisfaction and success of every designer. #### Our Core Values: Satisfy Customers; Strive for Excellence; Explore Innovation; Insist on integrity; Work with Joy. **Main Market:** North America , Western Europe , Eastern Asia , Middle East , Oceania **Business Type:** Manufacturer , Exporter , Trading Company **Brands:** HS **No. of Employee** **s** **:** 50~80 **Annual Sales:** 20000000-30000000 **Year Established:** 2017 **Export p.c:** 90% - 100% **Customers Served:** CNC machining services: CNC milling, CNC turning, laser cutting, drilling, bending, spinning, wire cutting, stamping, EDM, 3-axis/4-axis/5-axis machining; Comprehensive machining services: sheet metal processing, stamping, die casting, 3D printing, injection molding * * * ![Introduction:](http://www.anxin-cnc.com/uploadfile/ordinary/1769929303.webp) # Introduction: Shenzhen ANXIN Precision Co., Ltd is a professional custom [precision machining parts manufacturer](http://www.anxin-cnc.com/capabilities/precision-machining/). ANXIN was established in 2017 and located in Shenzhen a famous manufacturing city in China . We own multiple CNC 4-axis and 5-axis machining centers, turn-milling combination NC machines, gantry grinding and milling machines, wire cutting and other equipments. inspecting instruments include Zeiss CMM Measuring Machine,and Mitutoyo CMM Measuring Machine , Keyence automatic image detector, USA made analyzer, surface roughness meter, etc. With a high passionate Manufacturing and quality controling team , we can process all kinds of parts by various materials ( mild steel, aluminum alloy, stainless steel, all plastic ,special die steel, brass, bronze, copper, titamiun alloy, magnesium alloys,composite material, Hitachi Daido special steel, resin materials, etc.) efficiently.Factory is in famous machining industrial town where has complete heat treatment and coating supply chain and enable us to handle all kinds of hardness and hardness depth requirements prodcuts , also various coating like all color anodize, chrome plating,electroless nickel plating,zinc plating,black oxide,PVC,TiN ,nitride etc. ANXIN is certified ISO9001:2015 license. We prioritize quality in every aspect of our production process. We adhere to strict quality control procrdure and implement advanced quality management policy to ensure that every part meets customer requirements. Shortest lead time to 3 days to catch customer project schedule requirements and let customer keep competitive in  their market.We are able to provide customers with excellent service and maintain open lines of communication with our clients throughout the manufacturing process. MOQ 1 pc  and flexible capacity, no order too small or too big for us. We always aim at to maxmize customer profitability,Offer extremely competitive price, to be customers’ most reliable long-term partner. * * * * * * ## Provide you with precision hardware manufacturing value that exceeds expectations #### What do we do? We are dedicated to providing one-stop services ranging from precision CNC machining, sheet metal customization to metal component assembly for all industries. Equipped with advanced CNC equipment and a mature process system, we are proficient in handling various materials such as stainless steel and aluminum alloy, meeting your full-stage needs from prototype verification to mass production. #### Our core values #### 1\. Quality, visible commitment We strictly control the process through the ISO 9001 system and rely on a complete set of precision testing equipment to ensure the quality of each procedure. What you receive is not only parts but also detailed inspection reports, ensuring that every product meets or even exceeds your specification requirements. #### 2\. Engineering design partners who understand manufacturing Our value begins before production. Our experienced team of engineers is more than willing to review your drawings, offer professional design suggestions for manufacturability, and proactively assist you in optimizing the structure, reducing costs, and avoiding potential manufacturing risks. #### 3\. As promised, always reliable "Punctuality" is the most fundamental respect we show to our customers. With an efficient supply chain management and production scheduling system, we have achieved an industry-leading high on-time delivery rate and can keep you informed of the order status at any time through transparent progress updates. #### 4\. Pursue the optimal total cost We are committed to reducing your overall management costs and time costs through process innovation and one-stop integrated services. Choosing us means choosing a more worry-free, efficient and long-term competitive manufacturing solution * * * * * * ## Our Precision CNC Parts Are Suitable For Following Industries: * * * * * * ![Electronic Industries](http://www.anxin-cnc.com/uploadfile/ordinary/1769929455.webp) | | | --- | | #### [Electronic Industries](http://www.anxin-cnc.com/industries-we-serve/electronic/) | ![Marine Industries](http://www.anxin-cnc.com/uploadfile/ordinary/1769929547.webp) | | | --- | | #### [Marine Industries](http://www.anxin-cnc.com/about/) | ![Aerospace Industries](http://www.anxin-cnc.com/uploadfile/ordinary/1769929610.webp) | | | --- | | #### [Aerospace Industries](http://www.anxin-cnc.com/industries-we-serve/areospace/) | ![Medical Industries](http://www.anxin-cnc.com/uploadfile/ordinary/1769929717.webp) | | | --- | | #### [Medical Industries](http://www.anxin-cnc.com/industries-we-serve/medical/) | ![High-Tech Industries](http://www.anxin-cnc.com/uploadfile/ordinary/1769931584.webp) | | | --- | | #### [High-Tech Industries](http://www.anxin-cnc.com/industries-we-serve/uav/) | ![Agricultural Industries](http://www.anxin-cnc.com/uploadfile/ordinary/1769931649.webp) | | | --- | | #### [Agricultural Industries](http://www.anxin-cnc.com/about/) | ![Automotive Industries](http://www.anxin-cnc.com/uploadfile/ordinary/1769931736.webp) | | | --- | | #### [Automotive Industries](http://www.anxin-cnc.com/industries-we-serve/automative/) | ![Semiconductor Industries](http://www.anxin-cnc.com/uploadfile/ordinary/1769931793.webp) | | | --- | | #### [Semiconductor Industries](http://www.anxin-cnc.com/industries-we-serve/electronic/) | ![Military Industries](http://www.anxin-cnc.com/uploadfile/ordinary/1769931935.webp) | | | --- | | #### [Military Industries](http://www.anxin-cnc.com/about/) | * * * * * * ## Our Team * * * ### Sales Team * * * We always adhere to the "customer first" philosophy and take providing high-quality CNC machining services as our mission.  With the support of a professional sales team, we hope to establish long-term, trusting partnerships with our clients and help them achieve success. ![Sales Team1](http://www.anxin-cnc.com/uploadfile/ordinary/1769932096.webp) ### Sales Team1 ![Sales Team2](http://www.anxin-cnc.com/uploadfile/ordinary/1769932150.webp) ### Sales Team2 ### Manufacturing Team * * * Our manufacturing team provides exceptional CNC machining services to our clients. Whether it’s large-scale production or customized small-batch manufacturing, our team can flexibly adapt to meet diverse client needs. If you have any questions about our manufacturing team or CNC machining services, please feel free to contact us! We look forward to providing you with the best solutions and services. ![Manufacturing Team](http://www.anxin-cnc.com/uploadfile/ordinary/1769935040.webp) ### Manufacturing Team ![Manufacturing Team](http://www.anxin-cnc.com/uploadfile/ordinary/1769935069.webp) ### Manufacturing Team ### Quality Control Team * * * We are the last fortress of the quality line and the final gate before the problem flows to customers. Let the defect stop here, and let the excellence begin. ![Quality Control Team](http://www.anxin-cnc.com/uploadfile/ordinary/1769932437.webp) ### Quality Control Team ![Quality Control Team](http://www.anxin-cnc.com/uploadfile/ordinary/1769932507.webp) ### Quality Control Team ### Packing Team * * * The future is made with ingenuity, and we will guard it with all our heart. We are the terminal of the quality journey and the initiator of customer surprises. Safety, accuracy and integrity are our common vows to both ends. ![Packing Team](http://www.anxin-cnc.com/uploadfile/ordinary/1769932588.webp) ### Packing Team ![Packing Team](http://www.anxin-cnc.com/uploadfile/ordinary/1769932613.webp) ### Packing Team * * * Start Your Next Project Today [Get Instant Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Photography Equipment Solutions # Photography Industry Anxin specializes in precision machining and assembly of custom camera accessories and photography equipment components. Our offerings cover camera mounts, stabilizer frames, and lightweight alloy brackets, all crafted to meet the strict durability and precision demands of professional photography scenarios. Backed by advanced CNC technology and rigorous quality checks, we deliver tailored solutions that elevate the stability and performance of photography gear for both commercial studios and individual creators. [Start a Project](http://www.anxin-cnc.com/contact/ "Get A Quote") * * * * * * ## Customized Solutions for the Photography Industry #### 1\. Precision Structural Component Machining High-precision CNC machining for core photography equipment parts (camera bodies, lens barrels, tripod joints, filter frames) with micron-level tolerance control, matching the miniaturization and high-precision assembly demands of photographic gear. #### 2\. Lightweight & High-Strength Material Machining Tailored processing for photography-specified materials (aluminum alloy, magnesium alloy, carbon fiber composites, engineering plastics), optimizing material cutting and forming processes to balance product lightweight design and structural strength. #### 3\. Surface Finishing & Aesthetic Customization Customized surface treatments (anodizing, sandblasting, precision polishing, laser engraving) for photographic components, meeting anti-scratch, anti-reflection, aesthetic and brand marking requirements of photography equipment. #### 4\. Prototype & Small-Batch Custom Machining One-stop support from rapid prototype machining for new photography product R&D to small-batch customized production, adapting to the industry’s personalized design, limited-edition product development and fast iteration needs. #### 5\. Assembly-Friendly Part Machining Optimize component dimensional accuracy and structural fit based on photography equipment assembly requirements, ensuring seamless matching of precision parts (e.g., lens focusing structures, shutter components) and reducing assembly debugging costs. * * * * * * ## Why Choose Us? Anxin is a reliable machining partner for the photography industry, with micron-level precision machining, lightweight high-strength material processing, customized surface finishing and flexible small-batch production, providing high-quality machining solutions for photography equipment components. * * * ### \*Ultra-Precision Machining Micron-level tolerance control for lens barrels, gimbal brackets and core parts, meeting the high-precision assembly demands of photography equipment. ### \*Lightweight & High-Strength Machining Tailored processing for aluminum/magnesium alloy and engineering plastics, balancing equipment lightweight design and structural strength. ### \*Customized Surface Finishing Anodizing, sandblasting and precision polishing, meeting anti-scratch, anti-reflection and aesthetic requirements of photography parts. ### \*Flexible Small-Batch Customization Support rapid prototype R&D and small-batch production, adapting to the personalized design and fast iteration of photography equipment. * * * [Start Your Instant Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") * * * * * * ## Our Manufacturing Services Anxin offers one-stop manufacturing services, covering precision CNC machining, sheet metal fabrication, 3D printing, and a full range of capabilities. From complex precision components to large structural parts, we deliver efficiently to meet your diverse manufacturing needs. ### [CNC Machining](http://www.anxin-cnc.com/capabilities/cnc-machining/ "CNC Machining") Anxin offers services for both metal and non-metal parts from prototypes to on-demand production. You can receive immediate quotations and choose from over 40 materials and more than 10 surface treatments. [![CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1768016682.webp)](http://www.anxin-cnc.com/capabilities/cnc-machining/ "3 Axis CNC Machining") ### [CNC Turning](http://www.anxin-cnc.com/capabilities/cnc-turning/ "CNC Turning") It is usually suitable for precision machining of a variety of materials and complex parts. It has the advantage of composite processing and simplifies subsequent processes. [![CNC Turning](http://www.anxin-cnc.com/uploadfile/ordinary/1768016743.webp)](http://www.anxin-cnc.com/capabilities/cnc-turning/ "3 Axis CNC Machining") ### [5 Axis CNC Machining](http://www.anxin-cnc.com/capabilities/5-axis-cnc-machining/ "5 Axis CNC Machining") ANXIN’s 5-axis machining services offer unparallel speed and flexibility. With an extensive range of advanced 5-axis CNC machines and a long list of materials. [![5 Axis CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1768016805.webp)](http://www.anxin-cnc.com/capabilities/5-axis-cnc-machining/ "3 Axis CNC Machining") ### [Sheet Metal Fabrication](http://www.anxin-cnc.com/capabilities/sheet-metal-fabrications/ "Sheet Metal Fabrication") We transform flat sheets of metal into precise, functional components and enclosures through cutting, bending and assembly. [![Sheet Metal Fabrication](http://www.anxin-cnc.com/uploadfile/ordinary/1768016870.webp)](http://www.anxin-cnc.com/capabilities/sheet-metal-fabrications/ "3 Axis CNC Machining") ### [Die Casting](http://www.anxin-cnc.com/capabilities/die-casting/ "Die Casting") Die casting is an efficient metal casting process in which molten metals (such as aluminum, zinc, magnesium alloy) are injected into precision steel molds at high speed and cooled in a short time. [![Die Casting](http://www.anxin-cnc.com/uploadfile/ordinary/1768016920.webp)](http://www.anxin-cnc.com/capabilities/die-casting/ "3 Axis CNC Machining") ### [Injection Molding](http://www.anxin-cnc.com/capabilities/injection-molding/ "Injection Molding") Injection molding is a kind of molding process in which molten plastic is injected into a closed mold cavity by high pressure, and plastic products are obtained after cooling and curing. [![Injection Molding](http://www.anxin-cnc.com/uploadfile/ordinary/1768016981.webp)](http://www.anxin-cnc.com/capabilities/injection-molding/ "3 Axis CNC Machining") ### [3D Printing](http://www.anxin-cnc.com/capabilities/3d-printing/ "3D Printing") Bring Your Ideas to Life.We transform digital designs into physical objects, layer by layer. Perfect for prototyping, custom parts, or creative projects. [![3D Printing](http://www.anxin-cnc.com/uploadfile/ordinary/1768017039.webp)](http://www.anxin-cnc.com/capabilities/3d-printing/ "3 Axis CNC Machining") ### [Wire EDM](http://www.anxin-cnc.com/capabilities/wire-edm/ "Wire EDM") We specialize in machining ultra-hard metals and complex shapes using controlled electrical sparks. The ideal solution when traditional CNC cutting is impossible or inefficient. [![Wire EDM](http://www.anxin-cnc.com/uploadfile/ordinary/1768017084.webp)](http://www.anxin-cnc.com/capabilities/wire-edm/ "3 Axis CNC Machining") * * * ### Photography Industry * * * Materials & Surface Finishes ![Materials](http://www.anxin-cnc.com/uploadfile/ordinary/1769244175.webp) ### Materials We provide an extensive range of materials — from durable metals and versatile plastics to high-strength composites — to support your diverse project requirements. [View all Materials](http://www.anxin-cnc.com/resources/materials/ "Materials") ![Surface Finishes](http://www.anxin-cnc.com/uploadfile/ordinary/1769244296.webp) ### Surface Finishes Our superior surface finishing solutions enhance both the longevity and aesthetic quality of your components, perfectly addressing the needs of applications requiring smooth or custom-textured surfaces. [View all Surface Finishes](http://www.anxin-cnc.com/resources/surface-finishes/ "Surface Finishes") ![Applications of Photography Parts](http://www.anxin-cnc.com/uploadfile/ordinary/1769244403.webp) # Applications of Photography Parts Our precision-machined photography components deliver ultra-fine dimensional accuracy and structural stability, engineered to meet the high-precision and aesthetic demands of professional photography and imaging equipment. **\- Camera Bodies & Lenses:** Precision lens barrels, focus rings and structural fittings, ensuring smooth mechanical movement and optical alignment for professional cameras and lenses. **\- Gimbals & Stabilizers:** Gimbal brackets, pivot shafts and damping components, guaranteeing stable, shake-free motion for camera stabilizers and aerial photography gimbals. **\- Tripods & Supports:** Precision connecting parts, locking components and mount adapters, balancing structural strength and lightweight design for tripods and camera rigs. **\- Accessories & Attachments:** Filter holders, lens hood fittings and flash mounts, meeting the precise assembly and aesthetic requirements of photography accessories. * * * * * * Start Your Next Project Today [Get Instant Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Alloy Steel Materials - [Materials](http://www.anxin-cnc.com/materials/ "Materials") - [Sheet Metal Materials](http://www.anxin-cnc.com/materials/sheet-metal-materials/ "Sheet Metal Materials") - Alloy Steel-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/materials/alloy-steel/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ## Latest Posts * * * There is no content in this category! a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Contact Anxin Precision Metal - [Contact](http://www.anxin-cnc.com/contact/ "Contact") - [Contact Us](http://www.anxin-cnc.com/contact/contact-us/ "Contact Us") - Contact Us-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/contact/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ### Send Us a Message Get in Touch Choose Files to upload (PNG,pdf,JPG,zip) Send Now ##### Anxin Metal & Plastic Products Factory #### Address Building Five/A103-203, Huanglang Road, Yanluo St, Baoan District, Shenzhen, Guangdong, China #### Email Us at [anxin@anxin-cnc.com](mailto:anxin@anxin-cnc.com) #### Phone & WhatsApp +86-13126095540 a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Copper CNC Machining - [Materials](http://www.anxin-cnc.com/materials/ "Materials") - [CNC Machining Materials](http://www.anxin-cnc.com/materials/cnc-machining-materials/ "CNC Machining Materials") - Copper CNC Machining-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/materials/copper-cnc-machining/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ## Latest Posts * * * [![Copper - T2 CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1772250697.webp)](http://www.anxin-cnc.com/materials/Copper-T2-CNC-Machining-1241.html) | | | --- | | #### [Copper - T2 CNC Machining](http://www.anxin-cnc.com/materials/Copper-T2-CNC-Machining-1241.html)
2026-02-28
T2, purple copper for short. T2 copper refers to copper-silver alloy, in which the copper content of copper + silver elements > 99.9% | [![Brass - H59 CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1772250521.webp)](http://www.anxin-cnc.com/materials/Brass-H59-CNC-Machining-1240.html) | | | --- | | #### [Brass - H59 CNC Machining](http://www.anxin-cnc.com/materials/Brass-H59-CNC-Machining-1240.html)
2026-02-28
H59 brass is the cheapest brass, with high strength and hardness and good plasticity, it can still withstand pressure processing | a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## CNC FAQs and Resources - [Resources](http://www.anxin-cnc.com/resources/ "Resources") - [FAQ](http://www.anxin-cnc.com/resources/faq/ "FAQ") - Digital Manufacturing FAQs ### FAQs for CNC Machining & Injection Molding ### How many types of CNC are there? _expand\_less_ _expand\_more_ The array of CNC milling machines includes manual, plain, universal, and omniversal types, offering capabilities such as tapping, drilling, turning, and face milling for processing tough metals. While typically featuring three-axis movements, advanced variants can incorporate extra axes for enhanced precision and versatility in machining operations. ### What Plastic Is Used For CNC Machine Parts? _expand\_less_ _expand\_more_ Plastic CNC machine parts are commonly crafted from engineering plastics known for their durability, versatility, and machinability. Materials like acetal (POM), nylon, polycarbonate, and acrylic are frequently utilized due to their strength, impact resistance, and ease of fabrication. These plastics offer properties such as high tensile strength, low friction coefficients, and excellent dimensional stability, making them ideal for manufacturing precision components in various industries. Plastic CNC machine parts ensure cost-effectiveness, corrosion resistance, and the ability to meet intricate design specifications, providing a wide range of applications in modern machining processes. ### What is the CNC production process? _expand\_less_ _expand\_more_ In modern CNC protocols, part production is largely automated through pre-programmed software. Initially, part dimensions are established using computer-aided design (CAD) software. Subsequently, these specifications are translated into a tangible end product using computer-aided manufacturing (CAM) software. This seamless integration of CAD and CAM software streamlines the manufacturing process, enhancing efficiency and accuracy in creating finished parts within CNC operations. ### What is CNC machining components? _expand\_less_ _expand\_more_ CNC machining components refer to parts or products that are manufactured using computer numerical control (CNC) machining technology. This advanced manufacturing process involves the use of computer-controlled machines to precisely cut, shape, and fabricate a wide range of components from various materials, including metals, plastics, and composites. ### How do you manage quality? _expand\_less_ _expand\_more_ 1\. Full DFM at time of quotation by highly experienced engineers. They will highlight any problem areas or make suggestions for changes. 2\. Full QC inspection and report before shipping ### How long to get a quote? _expand\_less_ _expand\_more_ We aim to quote all prototype projects within 24 hours. All rapid tooling projects within 24 hours. All injection molding, production and export tooling within 3 days. There are sometimes processes and materials which ANXIN does not offer in house; these could add time to the quotation and will be highlighted as and when. ### What tolerances can you achieve? _expand\_less_ _expand\_more_ ANXIN generally work to ISO 2768-1 (F for machined metal, M for machined plastic, C for vacuum casting). We can sometime hit tighter tolerances, but this depends on the part geometry and material. If you require tighter tolerances than the ISO standard stated above these must be stated and negotiated at the time of quotation. ### What type of files do you accept for quoting? _expand\_less_ _expand\_more_ As far as possible we prefer a step or iges file for quoting along with a 2D engineering drawing with key dimensions and tolerances detailed. We can quote some projects from a 2D drawing only but this is generally more time consuming. ### What industries does ANXIN serve? _expand\_less_ _expand\_more_ We serve a variety of industries including medical device, automotive, lighting, aerospace, technology, consumer product, and electronics ### How can the timely delivery of products be guaranteed? _expand\_less_ _expand\_more_ We will create a comprehensive production schedule, with each timeline point thoroughly validated, and keep all processes under our supervision to guarantee the on-time delivery of high-quality products (excluding delays caused by force majeure events). Should there be any indication of a potential delay, we will allocate additional production resources to ensure timely delivery. ### What is the MOQ of your products? _expand\_less_ _expand\_more_ We don’t enforce a minimum order quantity. Regardless of whether you require a few prototypes or large volumes, we will treat each request with equal importance and offer you a comprehensive suite of manufacturing services and technical support. ### Can you accommodate rush orders or urgent deadlines? _expand\_less_ _expand\_more_ We understand the importance of meeting tight deadlines. While rush orders may be subject to additional fees, we will do our best to accommodate your urgent needs. ### What is the advantage of ANXIN which compare to other suppliers? _expand\_less_ _expand\_more_ ANXIN has our own machine which could make directly from the client’s drawing, and provide the one-step service for all the after treatment ,such as the anodizing ,painting , powder coating and so on. ### Do you offer secondary operations such as surface finishing or assembly? _expand\_less_ _expand\_more_ Yes, we offer a variety of secondary operations including surface finishing (anodizing, painting, plating), assembly, and packaging to provide a complete solution for your project. ### Can you provide material certifications and traceability for CNC machining parts? _expand\_less_ _expand\_more_ Yes, we can provide material certifications and full traceability upon request to ensure compliance with industry standards and regulations. ### How can I pay? _expand\_less_ _expand\_more_ We accept payment via bank transfer to Hong Kong or China. Payment is also accepted via Paypal though there is a 4% service charge for this. Paypal can accept certain credit card transactions. * * * Get an online quote and injection molding design analysis today. [Get a Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## CNC Machining Services - [Capabilities](http://www.anxin-cnc.com/capabilities/ "Capabilities") - [Machining Services](http://www.anxin-cnc.com/capabilities/machining-services/ "Machining Services") - Machining Services-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/capabilities/machining-services/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ![Custom CNC Machining Services](http://www.anxin-cnc.com/uploadfile/ordinary/1768269922.webp) ### Custom CNC Machining Services **The Foundation of Precision Manufacturing in the Digital Age.** It has fundamentally transformed the traditional manufacturing model reliant on manual operation and mechanical templates, achieving automation, digitalization, and high repeatability in the production process. It is an indispensable cornerstone of modern precision manufacturing. [Read More](http://www.anxin-cnc.com/capabilities/cnc-machining/ "") ### CNC Milling A Cornerstone of Advanced Manufacturing Capability. CNC milling is a precision manufacturing process controlled by computer programs. It uses rotating multi-point cutting tools to remove material from a workpiece, transforming a digital 3D design into a high-precision physical part.Certifications ISO 9001:2015 [Read More](http://www.anxin-cnc.com/capabilities/cnc-milling/ "") ![CNC Milling](http://www.anxin-cnc.com/uploadfile/ordinary/1770114574.webp) ![Custom CNC Turning Services](http://www.anxin-cnc.com/uploadfile/ordinary/1768379072.webp) ### Custom CNC Turning Services The concept of CNC (Computer Numerical Control) turning is to control the coordination of material rotation and tool movement through precise digital instructions, efficiently and consistently removing material, thereby manufacturing high-precision and high-complexity axisymmetric or rotationally symmetrical parts. It transforms the manual craftsmanship of traditional lathes into a programmable and replicable automated process, and is one of the key technologies for achieving modern digital manufacturing and rapid prototyping. [Read More](http://www.anxin-cnc.com/capabilities/cnc-turning/ "") ### 5-axis CNC Machining Services Anxin provides you with high-quality products with five-axis machinery. Five-axis machining is a high-precision CNC machining technology that enables a cutting tool to move along five different axes simultaneously. It allows for machining complex 3D parts from multiple angles in a single setup, significantly reducing setup times and improving machining accuracy. [Read More](http://www.anxin-cnc.com/capabilities/5-axis-cnc-machining/ "") ![5-axis CNC Machining Services](http://www.anxin-cnc.com/uploadfile/ordinary/1768618028.webp) ![Precision Machining Services for Anxin Metal](http://www.anxin-cnc.com/uploadfile/ordinary/1768528105.webp) ### Precision Machining Services for Anxin Metal Anxin Precision Machining: Where intricate designs meet impeccable craftsmanship. Our state-of-the-art machining solutions ensure superior accuracy and consistency, empowering your projects with components you can depend on. [Read More](http://www.anxin-cnc.com/capabilities/precision-machining/ "") ![](http://www.anxin-cnc.com/media/azffyncj/pl_new_process_page_ctas_pim-process.jpg?width=1920&height=290&v=1d85ba7337807c0) Get an online quote and injection molding design analysis today. [Get a Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Injection Molding Services - [Capabilities](http://www.anxin-cnc.com/capabilities/ "Capabilities") - [More Services](http://www.anxin-cnc.com/capabilities/more-services/ "More Services") - Custom Injection Molding Services for Anxin Metal | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/capabilities/injection-molding/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ![Injection Molding Services](http://www.anxin-cnc.com/uploadfile/ordinary/1769132371.webp) # Injection Molding Services ## Injection molding is a mass production process in which plastic materials are heated to melt them into a fluid state and then injected under high pressure into a sealed metal mold cavity. After cooling and solidification, plastic products with exactly the same shape as the mold cavity are obtained. A simple metaphor: It’s like using a syringe to inject liquid into a cavity model. After the liquid solidifies, a fixed shape can be obtained. It’s just that this process is industrialized and highly automated. [Get A Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") Certifications ISO 9001:2015 #### 1.The Working principle (Four-Step Cycle) of Injection Molding **1\. Mold closing and locking:** The two halves of the mold are tightly closed and locked by the machine to withstand the injection pressure. **2\. Injection:** Plastic pellets are heated and melted in the barrel and then pushed into the closed mold cavity at high pressure and high speed by a screw or plunger. **3\. Pressure holding and cooling:** After the melt fills the cavity, maintain the pressure for a period of time to compensate for the shrinkage of the material during cooling. Subsequently, the products are cooled and set in the mold. **4\. Mold opening and ejection:** The mold is opened, and the ejection mechanism pushes the cured product out of the mold, preparing for the next cycle. The entire process can be fully automated, with cycles ranging from a few seconds to several minutes. #### 2.Derivative processes and technologies To meet special needs, a variety of advanced processes have been developed: **· Two-color/multi-color injection** **molding:** Manufacturing products that integrate multiple colors or materials. **· In-mold decoration (IMD/IML) :** Embed the patterned film into the product surface simultaneously during injection molding. **· As-assisted** **injection molding** **:** Used for manufacturing hollow thick-walled parts to prevent shrinkage marks. **· Micro-injection molding:** Producing precision parts with milligram and micrometer dimensions. **· Insert injection molding:** Insert metal parts, circuits and other inserts into the mold to form them in one go. * * * ## Key Features and Advantages of Injection Molding **· High efficiency:** It can achieve high-speed production of several pieces per second, making it highly suitable for large-scale manufacturing. **· High precision and complexity:** It can form products with extremely complex shapes, precise structures and stable dimensions in one go (such as gears, mobile phone casings, medical parts). **· Exc** **ellent consistency** **:** Automated production ensures that each product is almost exactly the same. **· High material utilization rate:** The waste from the runner and gate can usually be recycled, crushed and reused. **· Low labor cost:** One operator can oversee multiple automated machines. **· Good surface quality:** A smooth or textured surface can be directly obtained. Injection Molding ![](http://www.anxin-cnc.com/uploadfile/editor/20260123094406_83921.webp) * * * ## Choose Anxin for Injection Molding and You will Get #### 1.Not only for production, but also for prevention Professional mold flow analysis is conducted during the mold design stage to optimize the structure in advance and avoid defects from the root, saving you trial-and-error costs. #### 2\. One-stop solution, saving time and effort We are responsible for the entire process from mold design to manufacturing, mass production, post-treatment and quality inspection. You don’t need multiple contacts, and communication efficiency doubles. #### 3\. Focus on your industry and better understand your needs We are deeply engaged in fields such as medical devices and automotive electronics, well-versed in industry standards and performance requirements, and our solutions are more precise. #### 4\. Actively optimize costs for you Engineers will proactively review the design and, under the premise of ensuring functionality, offer cost reduction suggestions (such as optimizing wall thickness and material selection), and provide transparent quotations without any concealment. #### 5\. Complex parts are our forte Skilled in precision processes such as thin-walled, multi-color, and insert forming, specializing in high-demand parts that deter ordinary suppliers. #### 6\. Fast and punctual Equipped with a rapid sample capability, it helps you seize the initiative. The on-time delivery rate for mass production is over 98%, and flexible production is used to meet urgent demands. #### 7\. Quality is traceable and verifiable Full-process data monitoring, 100% inspection of key dimensions. Support online viewing of production data, transparent quality for your peace of mind. #### 8\. Be your long-term technical partner From early design intervention to continuous support after mass production, we are willing to be an extension of your R&D team and grow together. * * * ![Core Material Selection Logic: Four Major Consideration Dimensions for Injection Molding](http://www.anxin-cnc.com/) ### Core Material Selection Logic: Four Major Consideration Dimensions for Injection Molding #### 1. Mechanical properties - What force does the product need to withstand? **·** **Strength and rigidity:** Load-bearing structural components require high tensile/bending strength (such as nylon PA, PC). **·** **Toughness:** Impact-resistant and drop-proof (such as ABS, TPU). **·** **Wear resistance:** Moving parts, gears (such as POM, nylon). #### 2. Environmental and Chemical Tolerance - In what environments will the product be used? **·** **Temperature:** Long-term service temperature (high temperature: PEEK > 150 ℃; low temperature maintaining toughness: PP). **·** **Chemicals:** Contact with solvents, oils, acids and alkalis (for example, PP is resistant to acids and alkalis, and PPS has excellent chemical resistance). **·** **Humi** **dity** **:** Whether water absorption causes changes in size/performance (for example, PMMA is prone to moisture absorption, while PPS hardly absorbs moisture). **·** **Outdoor weather resistance:** UV resistant and anti-aging (such as ASA, PC with UV stabilizer added). #### 3. Appearance and Safety Requirements - What looks and certifications does the product need? **·** **Transparency:** Optical grade (PMMA, PC), semi-transparent (PP). **·** **Surface texture:** High gloss (ABS), matte (PP), electroplated (ABS electroplated grade). **·** **Safety certifications:** Food Contact (FDA), Medical (USP Class VI), Flame Retardant (UL 94 V-0). #### 4. Processing and Cost - Is it easy to produce and control the budget? **·** **Fluidity:** Thin-walled or complex structures require materials with high fluidity (such as LCP). **·** **Shrinkage rate:** It affects dimensional accuracy and varies greatly among different materials (for example, POM has a high shrinkage rate and requires precise control). **·** **Cost:** The total cost is determined by the unit price of materials (PBT < PEEK) and the difficulty of processing. [Check Out the Toolkit](http://www.anxin-cnc.com/capabilities/injection-molding/ "Core Material Selection Logic: Four Major Consideration Dimensions for Injection Molding") * * * ## Select the Appropriate Surface Treatment According to Your Requirements #### "I want colors/patterns” · Single color, large batch → spraying · Flat logo/ text → Screen printing · Curved surface small logo → Pad printing · Complex patterns of the entire product (such as camouflage, wood grain) → water transfer printing #### "I want a metallic feel” · Decorative and lightweight → Vacuum coating (UV protective layer required) · Thick and realistic metallic feel, high wear resistance → Electroplated with water (strict environmental protection requirements) · High-end, multi-color metals → PVD (high cost) #### "I want a special feel/texture” · Leather texture, matte feel and other permanent effects → Mold etching (first choice, most economical) · Simple matte effect → sandblasting #### "I want a super durable surface” · Ultra-high hardness and scratch resistance → UV coating · One-piece molding, no pattern falling off → In-mold decoration (IML/IMR) #### 2. Three Key Reminders **1.** **Design first:** Surface treatment should be determined during the product design stage, especially texture and IMD process. **2.** **Pay attention to thickness:** The coating/plating layer will increase the thickness (0.02-0.2mm), and precision assemblies need to reserve tolerances. **3.** **Comprehensive cost:** Looking only at the process cost is not comprehensive. The following should be taken into consideration: **·** **Mold cost:** Etching and IMD require mold modification **·** **Mass production efficiency:** Although IMD and etching patterns increase the initial cost, the unit price for mass production is low and the quality is stable **·** **Environmental protection cost:** The environmental protection treatment cost of processes such as electroplating is high * * * ![Key Application Industries](http://www.anxin-cnc.com/uploadfile/ordinary/1769133163.webp) ### Key Application Industries #### It almost covers all industries that require plastic parts: **· Automotive industry:** Interior parts, instrument panels, bumpers, headlamp covers. **· Consumer electronics:** mobile phone/computer cases, buttons, connectors. **· Medical devices:** syringes, infusion tube connectors, diagnostic equipment casings (sterile clean workshop required). **· Daily necessities:** toys, kitchen containers, toothbrushes, bottle caps. **· Packaging:** Thin-walled containers, preforms, box LIDS. [Check Out the Toolkit](http://www.anxin-cnc.com/capabilities/injection-molding/ "Key Application Industries") * * * ### Injection Molding Frequently Asked Questions (FAQs) ### What is required to obtain a quotation? _expand\_less_ _expand\_more_ A: Please provide: ① 3D files or drawings; ② Expected materials (or uses); ③ Annual demand; ④ Surface treatment requirements. ### How are the mold cost and unit price calculated? _expand\_less_ _expand\_more_ Answer: Calculate separately. The mold fee is a one-time investment (you own the mold). The unit price includes costs such as materials and production. The larger the quantity, the lower the unit price. ### Is there a minimum order quantity (MOQ) requirement? _expand\_less_ _expand\_more_ Answer: Mass production has MOQ, but we also support small-batch trial production and sample making. ### How long is the production cycle? _expand\_less_ _expand\_more_ Answer: Depending on the complexity: Mold manufacturing usually takes 4 to 8 weeks; After the mold is completed, the first batch of samples/production takes approximately 1 to 3 weeks. ### What materials can be used? _expand\_less_ _expand\_more_ Answer: It covers almost all common engineering plastics (such as ABS, PC, nylon) and special materials (such as PEEK, LCP). We will recommend based on your needs. ### Can it handle complex parts? _expand\_less_ _expand\_more_ Answer: Yes. We are proficient in complex processes such as thin-walled parts, multi-color/two-color forming, and insert forming, and will provide optimization suggestions during the design stage. ### How can quality be guaranteed? _expand\_less_ _expand\_more_ Answer: Through: ① Mold flow analysis in the mold stage; ② Process monitoring (SPC) in production; ③ Dimensional and functional inspection before shipment (using 3D, image measuring instrument, etc.). ### Which surface treatments are supported? _expand\_less_ _expand\_more_ Answer: We offer a variety of post-treatment processes including spraying, silk-screen printing, pad printing, electroplating, IMD/IML in-mold decoration, and embossing * * * Get an online quote and injection molding design analysis today. [Get a Quote](http://www.anxin-cnc.com/contact "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Manufacturing and CNC Solutions # Total Manufacturing Expertise ANXIN covers precision CNC machining, quality die casting, rapid 3D printing and professional assembly, our full-range services meet all your custom manufacturing needs seamlessly. [Get A Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") * * * * * * ## Our Manufacturing Services Anxin offers one-stop manufacturing services, covering precision CNC machining, sheet metal fabrication, 3D printing, and a full range of capabilities. From complex precision components to large structural parts, we deliver efficiently to meet your diverse manufacturing needs. ### [CNC Machining](http://www.anxin-cnc.com/capabilities/cnc-machining/ "CNC Machining") Anxin offers services for both metal and non-metal parts from prototypes to on-demand production. You can receive immediate quotations and choose from over 40 materials and more than 10 surface treatments. [![CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1768016682.webp)](http://www.anxin-cnc.com/capabilities/cnc-machining/ "3 Axis CNC Machining") ### [CNC Turning](http://www.anxin-cnc.com/capabilities/cnc-turning/ "CNC Turning") It is usually suitable for precision machining of a variety of materials and complex parts. It has the advantage of composite processing and simplifies subsequent processes. [![CNC Turning](http://www.anxin-cnc.com/uploadfile/ordinary/1768016743.webp)](http://www.anxin-cnc.com/capabilities/cnc-turning/ "3 Axis CNC Machining") ### [5 Axis CNC Machining](http://www.anxin-cnc.com/capabilities/5-axis-cnc-machining/ "5 Axis CNC Machining") ANXIN’s 5-axis machining services offer unparallel speed and flexibility. With an extensive range of advanced 5-axis CNC machines and a long list of materials. [![5 Axis CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1768016805.webp)](http://www.anxin-cnc.com/capabilities/5-axis-cnc-machining/ "3 Axis CNC Machining") ### [Sheet Metal Fabrication](http://www.anxin-cnc.com/capabilities/sheet-metal-fabrications/ "Sheet Metal Fabrication") We transform flat sheets of metal into precise, functional components and enclosures through cutting, bending and assembly. [![Sheet Metal Fabrication](http://www.anxin-cnc.com/uploadfile/ordinary/1768016870.webp)](http://www.anxin-cnc.com/capabilities/sheet-metal-fabrications/ "3 Axis CNC Machining") ### [Die Casting](http://www.anxin-cnc.com/capabilities/die-casting/ "Die Casting") Die casting is an efficient metal casting process in which molten metals (such as aluminum, zinc, magnesium alloy) are injected into precision steel molds at high speed and cooled in a short time. [![Die Casting](http://www.anxin-cnc.com/uploadfile/ordinary/1768016920.webp)](http://www.anxin-cnc.com/capabilities/die-casting/ "3 Axis CNC Machining") ### [Injection Molding](http://www.anxin-cnc.com/capabilities/injection-molding/ "Injection Molding") Injection molding is a kind of molding process in which molten plastic is injected into a closed mold cavity by high pressure, and plastic products are obtained after cooling and curing. [![Injection Molding](http://www.anxin-cnc.com/uploadfile/ordinary/1768016981.webp)](http://www.anxin-cnc.com/capabilities/injection-molding/ "3 Axis CNC Machining") ### [3D Printing](http://www.anxin-cnc.com/capabilities/3d-printing/ "3D Printing") Bring Your Ideas to Life.We transform digital designs into physical objects, layer by layer. Perfect for prototyping, custom parts, or creative projects. [![3D Printing](http://www.anxin-cnc.com/uploadfile/ordinary/1768017039.webp)](http://www.anxin-cnc.com/capabilities/3d-printing/ "3 Axis CNC Machining") ### [Wire EDM](http://www.anxin-cnc.com/capabilities/wire-edm/ "Wire EDM") We specialize in machining ultra-hard metals and complex shapes using controlled electrical sparks. The ideal solution when traditional CNC cutting is impossible or inefficient. [![Wire EDM](http://www.anxin-cnc.com/uploadfile/ordinary/1768017084.webp)](http://www.anxin-cnc.com/capabilities/wire-edm/ "3 Axis CNC Machining") * * * ![Why Choose to cooperate with Anxin？](http://www.anxin-cnc.com/uploadfile/ordinary/1770080483.webp) # Why Choose to cooperate with Anxin？ ✩One-stop services One-stop services manufacturer for products desgin, machining, assembly and reliable testing. ✩High Quality Anxin has four-axis, five-axis and other precision machining equipments. The stable processing quality and high precision products have helped us win the praise of many customers. ✩Professional Team Our team puts the needs of our customers first and provides timely & professional solutions. * * * ## Consulting & Engineering Capabilities * * * ![UAV](http://www.anxin-cnc.com/uploadfile/ordinary/1770010769.webp) | | | --- | | #### [UAV](http://www.anxin-cnc.com/industries-we-serve/uav/) | ![Photography](http://www.anxin-cnc.com/uploadfile/ordinary/1770010861.webp) | | | --- | | #### [Photography](http://www.anxin-cnc.com/industries-we-serve/photography/) | ![Medical](http://www.anxin-cnc.com/uploadfile/ordinary/1770010933.webp) | | | --- | | #### [Medical](http://www.anxin-cnc.com/industries-we-serve/medical/) | ![Automotive](http://www.anxin-cnc.com/uploadfile/ordinary/1770010997.webp) | | | --- | | #### [Automotive](http://www.anxin-cnc.com/industries-we-serve/automative/) | ![Areospace](http://www.anxin-cnc.com/uploadfile/ordinary/1770011057.webp) | | | --- | | #### [Areospace](http://www.anxin-cnc.com/industries-we-serve/areospace/) | ![Automatic Bicycle](http://www.anxin-cnc.com/uploadfile/ordinary/1770011237.webp) | | | --- | | #### [Automatic Bicycle](http://www.anxin-cnc.com/industries-we-serve/automatic-bicycle/) | ![Electronic](http://www.anxin-cnc.com/uploadfile/ordinary/1770011289.webp) | | | --- | | #### [Electronic](http://www.anxin-cnc.com/industries-we-serve/electronic/) | ![Machine Tool](http://www.anxin-cnc.com/uploadfile/ordinary/1770011334.webp) | | | --- | | #### [Machine Tool](http://www.anxin-cnc.com/industries-we-serve/electronic/) | ![Marine](http://www.anxin-cnc.com/uploadfile/ordinary/1770011379.webp) | | | --- | | #### [Marine](http://www.anxin-cnc.com/industries-we-serve/marine/) | * * * ### Materials & Surface Finishes * * * ![Materials](http://www.anxin-cnc.com/uploadfile/ordinary/1770080788.webp) ### Materials We provide an extensive range of materials — from durable metals and versatile plastics to high-strength composites — to support your diverse project requirements. [View all Materials](http://www.anxin-cnc.com/resources/materials/ "Materials") ![Surface Finishes](http://www.anxin-cnc.com/uploadfile/ordinary/1770080966.webp) ### Surface Finishes Our superior surface finishing solutions enhance both the longevity and aesthetic quality of your components, perfectly addressing the needs of applications requiring smooth or custom-textured surfaces. [View all Surface Finishes](http://www.anxin-cnc.com/resources/surface-finishes/ "Surface Finishes") ### FAQs for CNC Machining ### What’s the key difference between CNC machining and 3D printing for precision parts? _expand\_less_ _expand\_more_ A: CNC is subtractive (cuts material to shape) for tight tolerance & high strength; 3D printing is additive (builds layer by layer) for complex geometries & low-volume prototypes fast. ### How to choose between mold injection molding and 3D printing for mass production? _expand\_less_ _expand\_more_ A: Injection molding is ideal for high-volume runs (cost-effective per unit); 3D printing fits small batches, custom parts or urgent prototypes without mold costs. ### What materials are most suitable for high-precision CNC machining of industrial components? _expand\_less_ _expand\_more_ A: Aluminum alloys, stainless steel, titanium alloy, brass and engineering plastics like POM are top choices for high precision and industrial durability. ### Can 3D printed parts be directly used as molds for small-batch injection molding? _expand\_less_ _expand\_more_ A: Yes, rigid materials like resin or metal 3D prints work for low-temperature plastics small-batch runs, but not for high-volume or high-heat injection molding. ### What factors affect the surface finish and dimensional accuracy of injection molded products? _expand\_less_ _expand\_more_ A: Mold precision, material shrinkage rate, injection pressure, cooling speed and gate design are the core influencing factors. ### How to reduce the lead time for CNC machining or mold making for urgent orders? _expand\_less_ _expand\_more_ A: Prioritize simplified designs, use pre-stocked materials, adopt fast prototyping and confirm specs upfront to avoid reworks. * * * * * * Start Your Next Project Today [Get Instant Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Casting Parts Overview - [Product](http://www.anxin-cnc.com/product/ "Product") - [Casting Parts](http://www.anxin-cnc.com/product/casting-parts/ "Casting Parts") - Casting Parts-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/product/casting-parts/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ## Latest Posts * * * There is no content in this category! a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## 3D Printing vs CNC Machining - [Blog](https://anxin-cnc.com/blog/ "Blog") - [News](https://anxin-cnc.com/blog/news/ "News") - News-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](https://anxin-cnc.com/blog/The-difference-between-3D-printing-and-CNC-machining-1253.html\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) # The difference between 3D printing and CNC machining 2026-03-03 Today we will talk about the difference between CNC machining and 3D printing. [3D printing](https://anxin-cnc.com/capabilities/3d-printing/) is an additive material technology, while CNC machining is a reducing material technology, so they differ greatly in terms of materials. #### 1, Differences in materials The materials used for 3D printing mainly include liquid resin (SLA), nylon powder (SLS), metal powder (SLM), gypsum powder (full color printing), sandstone powder (full color printing), wire material (DFM), sheet material (LOM), and so on. Liquid resin, nylon powder, and metal powder occupy the vast majority of the industrial 3D printing market. The materials used in CNC machining are all sheet materials, which are in the shape of plates. By measuring the length, width, height, and wear of the components, corresponding sized plates are cut for processing. There are more options for CNC machining materials than 3D printing, and general hardware and plastic plates can be CNC machined, and the density of formed parts is better than [3D printing](https://anxin-cnc.com/capabilities/3d-printing/). #### 2, Part differences caused by forming principles As we mentioned before, 3D printing is a type of material additive manufacturing. Its principle is to cut the model into N layers/N multiple points, and then pile them up layer by layer/point by point in order, just like building blocks. Therefore, 3D printing can effectively process and produce parts with complex structures, such as hollow parts, while CNC is difficult to achieve the processing of hollow parts. CNC machining is material reduction manufacturing, which uses various high-speed cutting tools to cut the required components according to the programmed cutting path. Therefore, CNC machining can only process rounded corners with a certain degree of curvature, and cannot directly process inner right angles. It needs to be achieved through processes such as wire cutting/sparking. There is no problem with CNC machining of outer right angles. Therefore, parts with inner right angles can be considered for 3D printing and production. Also, there is the curved surface. If the surface area of the part is large, it is recommended to choose 3D printing. CNC machining of curved surfaces is time-consuming, and if the programming and operator experience is not sufficient, it is easy to leave obvious patterns on the parts. #### 3, Differences in operating software Most slicing software for [3D printing](https://anxin-cnc.com/capabilities/3d-printing/) is easy to operate, and even a green hand can proficiently operate slicing software within a day or two under professional guidance. Because slicing software is currently optimized very simply and supports automatic generation, which is why 3D printing can be popularized to individual users. CNC programming software is much more complex and requires professionals to operate it. People with zero foundation usually need to learn it for about six months. Additionally, a CNC operator is required to operate the CNC machine. Due to the complexity of programming, a component can have many CNC machining schemes, while 3D printing only has a small impact on processing time and consumables due to its placement, which is relatively objective. #### 4, Differences in post processing There are not many options for post-processing 3D printed components, usually including polishing, oil spraying, deburring, powder painting, and so on. The post-processing options for CNC machining components are diverse, including polishing, oil spraying, deburring, electroplating, screen printing, anodization, black oxidation, laser engraving, sandblasting, and so on. CNC machining and [3D printing](https://anxin-cnc.com/capabilities/3d-printing/) each have their own advantages and disadvantages. Choosing the appropriate processing technology plays a crucial role in your tablet project. Choose Anxin metal, and our engineers will analyze and recommend your project. - No more - [Common Materials Used in Sheet Metal Processing](https://anxin-cnc.com/blog/Common-Materials-Used-in-Sheet-Metal-Processing-1252.html) * * * ![](https://anxin-cnc.com/media/azffyncj/pl_new_process_page_ctas_pim-process.jpg?width=1920&height=290&v=1d85ba7337807c0) Get an online quote and injection molding design analysis today. [Get a Quote](https://anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## CNC Quality Assurance * * * * * * ## CNC Quality Assurance ### Pursue excellence and prioritize quality #### 1.Quality Control Control the raw materials in and out management strictly, select raw materials that meet the national or imported national standards; Regular large-scale material suppliers will provide raw material production certificates. Meanwhile, we tested the performance of various materials through our own equipment. Special materials required by customers will be checked and filed one by one to improve the system. #### 2.Process control in production During production, our quality personnel will check the parts in production regularly, timely eliminate defective products, replenish materials, redo and other processes, summarize production problems, and propose and implement improvement measures. Ensure that the delivery time and after-sales service can be handled in time. #### 3.Shipment management Each accepted part will be treated with anti-rust, wrapping, and classification packaging, and each batch will be fixed with transportation considerations such as anti-collision and anti-drop. So that each batch of goods can be delivered to the customer’s destination safely. ![Pursue excellence and prioritize quality](http://www.anxin-cnc.com/uploadfile/ordinary/1769936142.webp) * * * ![ISO 9001:2015 Quality](http://www.anxin-cnc.com/uploadfile/ordinary/1769936531.webp) ### ISO 9001:2015 Quality At ANXIN, quality is at the core of everything we do. We are proud to be ISO 9001:2015 certified, demonstrating our dedication to excellence in custom, low-volume additive and traditional design and manufacturing of metal and plastic components and assemblies. Our Commitment to QualityOur ISO 9001:2015 certification ensures that our quality management system meets internationally recognized standards. This certification reflects our commitment to: **•Consistent Quality**– Delivering high-quality components and assemblies that meet customer requirements. **•Process Efficiency**– Continuously improving our manufacturing processes to enhance performance. **•Customer Satisfaction** – Prioritizing customer needs through rigorous quality control and service excellence. **•Regulatory Compliance**– Meeting industry standards and best practices. [Get A Qoute](http://www.anxin-cnc.com/about/quality-assurance/ "ISO 9001:2015 Quality") * * * ### Inspection Equipment ### Principles and Working Modes **1.Calipers, Micrometers and Dial** **Indicators:** Basic Manual Measuring Tools The essence of these three tools is to amplify and read minute length displacements through precise mechanical structures **· Caliper:** **· Principle:** Based on the cursor principle or the dial/digital display principle. **· Vernier caliper:** The precise fit between the main scale (with a graduation value of 1mm) and the auxiliary scale (vernier). The total length of n divisions on the cursor is equal to the length of (n-1) divisions on the main scale. During measurement, by observing which line of the main scale aligns with the vernier scale, and using the slight difference to read the decimal part below millimeters (such as 0.02mm, 0.05mm), mechanical subdivision is achieved. **· Digital caliper:** The core is the capacitive grating sensor. There is a series of evenly spaced metal gates on the ruler body, which form capacitive coupling with the gates on the vernier slide scale. When sliding, the capacitance value changes periodically. By processing these signals through the circuit, the displacement is calculated and displayed in digital form. **· Working mode:** It directly contacts the workpiece to be measured through the inner measuring claw, outer measuring claw or depth rod for comparison measurement. **· Micrometer** **· Principle:** Based on the helical amplification principle of precision threads. The core component is a high-precision screw (micrometer screw) with a pitch of 0.5mm. The circumference of the differential cylinder connected to the screw is uniformly engraved with 50 divisions. When the differential cylinder rotates one full circle, the screw moves axially by one pitch (0.5mm). Therefore, for each division (1/50 turn) that the differential cylinder rotates, the screw moves by 0.5mm /50 = 0.01mm. This tiny displacement, which can be estimated to 0.001mm, is magnified into a distinct circular motion on the differential cylinder through the helical motion of the screw, facilitating observation. **· Working mode:** Place the workpiece between the fixed anvil seat and the measuring surface of the micrometer screw, rotate the force measuring device (ratchet) until a constant measuring force is reached, and then read the value. [Get A Qoute](http://www.anxin-cnc.com/about/quality-assurance/ "Inspection Equipment") ![Inspection Equipment](http://www.anxin-cnc.com/uploadfile/ordinary/1769937140.webp) * * * ![Inspection Equipment](http://www.anxin-cnc.com/uploadfile/ordinary/1769937326.webp) ### Inspection Equipment #### · Dial indicator/micrometer: **· Principle:** An amplification mechanism based on rack and pinion or lever gears. The linear displacement (slight movement) of the measuring rod drives the internal rack to move, and the rack drives a series of precise pinions to rotate. Through multi-stage gear transmission, the tiny linear displacement of the measuring rod is amplified as a large-angle rotation of the pointer on the dial. The dial is evenly divided into 100 divisions (dial indicator) or more divisions (dial indicator). For instance, if the measuring rod moves 1mm and the pointer rotates one full circle (100 divisions), then each division represents 0.01mm. **· Working mode:** It is usually installed on the gauge frame, with the measuring head touching the surface to be measured vertically (or at a certain Angle through the lever gauge head). Through comparative measurement, the dimensional deviation (such as the difference from the standard block), shape error (such as roundness) or position error (such as runout) of the workpiece can be detected. #### 2\. Image Measuring Instrument (VMI) The core principle of the image measuring instrument is non-contact measurement based on optical imaging and digital image processing technology. **· Working prin** **ciple and process:** **1\. Optical imaging** **:** The workpiece to be tested is placed on a glass workbench, with either a contour light source (surface light) below or a coaxial light source (used for the inner wall of the hole) above illuminating the workpiece. Clear two-dimensional contour images of the workpiece are obtained through high-resolution industrial cameras and telecentric lenses (key components that can eliminate perspective errors and ensure that the measured dimensions are independent of the object’s position). **2\. Image acquisition and processing:** Image signals are transmitted to the computer, and software digitizes and processes the images (such as noise reduction, sharpening, and edge enhancement). **3\. Edge extraction:** This is the most crucial step. The software automatically identifies and locates the pixel edges of the workpiece contour from bright to dark (or from dark to bright) through algorithms (such as the grayscale gradient method). The operator can also manually select edge points. **· Core concept:** Through the calibration of the telecentric lens, it is known that each pixel represents the physical size in the actual space (for example, 1 pixel = 0.001mm). [Get A Qoute](http://www.anxin-cnc.com/about/quality-assurance/ "Inspection Equipment") * * * ### 3\. Coordinate Measuring Machine(CMM) The Coordinate Measuring Machine(CMM) is a high-precision three-dimensional geometric measurement system integrating precision machinery, three-dimensional probes, motion control and computer software. The principle can be summarized as precise detection and spatial coordinate positioning. #### · Core Components and Working Principle: **1\. Mechanical motion system:** The CMM has a bridge or boom structure that can freely move in three-dimensional space and precisely move on three mutually perpendicular guide rails, X, Y, and Z. The movement amount is fed back in real time by the grating ruler (a high-precision length sensor engraved with nanoscale lines and read based on the principle of light interference), thereby accurately determining the spatial position of the probe center in the machine coordinate system. **2\. Probe system (core sensor) :** The probe installed at the end of the Z-axis is responsible for "sensing" the workpiece. **· Triggered probe:** (Commonly used) When the probe touches the workpiece, the internal mechanism triggers a switch signal. The machine immediately reads the coordinate values of the three-axis grating rulers at this moment and records them as the three-dimensional coordinates (X, Y, Z) of a point. Point-by-point detection. **· Scanning probe:** (High precision) It can continuously and in real time feedback the tiny deflection of the probe when in contact with the workpiece. Combined with the machine coordinates, it can collect continuous point cloud data on the workpiece surface at high speed and high density. #### 3\. Data processing System (Software) : **· Coordinate system establishment:** Firstly, by measuring the features on the workpiece (such as planes, circles, cylinders), a workpiece coordinate system consistent with the design reference of the workpiece is established in the software. **· Element fitting:** The three-dimensional coordinates of a series of discrete points measured are used to fit geometric elements (planes, lines, circles, spheres, cylinders, cones, etc.) using mathematical methods (such as the least square method). **· Shape, position and size calculation:** The software calculates the shape errors (such as flatness, roundness, cylindricity), position errors (such as parallelism, perpendicularity, coaxiality, positional accuracy) and dimensions (such as hole center distance, diameter, Angle) based on these fitted "ideal" elements. All calculations are carried out in three-dimensional space. **· Core advantage:** It can uniformly transform complex spatial geometric shapes and positional relationships into quantifiable three-dimensional coordinate data for mathematical processing, thereby achieving the measuability of any geometric parameter. It is the ultimate inspection tool for dimensional, shape and positional tolerances. [Get A Qoute](http://www.anxin-cnc.com/about/quality-assurance/ "3. Coordinate Measuring Machine(CMM)") ![3. Coordinate Measuring Machine(CMM)](http://www.anxin-cnc.com/uploadfile/ordinary/1769937481.webp) * * * * * * Start Your Next Project Today [Get Instant Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## CNC Machining Insights - [Blog](http://www.anxin-cnc.com/blog/ "Blog") - [News](http://www.anxin-cnc.com/blog/news/ "News") - News-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/blog/news/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ## Latest Posts * * * | | | --- | | #### [The difference between 3D printing and CNC machining](http://www.anxin-cnc.com/blog/The-difference-between-3D-printing-and-CNC-machining-1253.html)
2026-03-03
Today we will talk about the difference between CNC machining and 3D printing. 3D printing is an additive material technology | | | | --- | | #### [Common Materials Used in Sheet Metal Processing](http://www.anxin-cnc.com/blog/Common-Materials-Used-in-Sheet-Metal-Processing-1252.html)
2026-03-03
The materials generally used in sheet metal processing are cold rolled sheet (SPCC), hot rolled sheet (SHCC), galvanised sheet (SECC, SGCC), | | | | --- | | #### [Which UAV parts are suitable for five-axis machining?](http://www.anxin-cnc.com/blog/Which-UAV-parts-are-suitable-for-five-axis-machining-1251.html)
2026-03-03
The deep processing capability of UAV parts five-axis machining technology has caused a great sensation in many industries. | | | | --- | | #### [What are the quality control methods for CNC machining?](http://www.anxin-cnc.com/blog/What-are-the-quality-control-methods-for-CNC-machining-1250.html)
2026-03-03
The quality control of machining process is an important link to ensure product quality. In the whole processing process, the process and method of quality control | | | | --- | | #### [CNC Machining Services & CNC Fabrication](http://www.anxin-cnc.com/blog/CNC-Machining-Services-CNC-Fabrication-1249.html)
2026-03-02
We offer expert CNC prototyping services, precision CNC machining services, and plastic CNC prototyping. | | | | --- | | #### [What is CNC Machining?](http://www.anxin-cnc.com/blog/What-is-CNC-Machining-1248.html)
2026-03-02
CNC machining (Computer Numerical Controlled machining) designates a process that uses a computer to control the trajectory of the machining tool. | | | | --- | | #### [What is CNC Aluminum Machining?](http://www.anxin-cnc.com/blog/What-is-CNC-Aluminum-Machining-1242.html)
2026-03-01
CNC machining is a subtractive manufacturing process that uses computerized controls and machine tools to remove material from a raw workpiece | | | | --- | | #### [What is Laser Cutting?](http://www.anxin-cnc.com/blog/What-is-Laser-Cutting-1236.html)
2026-02-20
Laser cutting uses a beam of light to cut or engrave materials without making physical contact. The laser beam melts or vaporizes the material along a pre-programmed path. | | | | --- | | #### [Top 10 CNC Milling Service](http://www.anxin-cnc.com/blog/Top-10-CNC-Milling-Service-1235.html)
2026-02-20
We are a direct manufacturer, not a digital middleman. We operate our own factories to guarantee total quality control over every part. | a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## CNC Materials Overview - [Resources](http://www.anxin-cnc.com/resources/ "Resources") - [Materials](http://www.anxin-cnc.com/resources/materials/ "Materials") - Materials-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/resources/materials/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ![Materials We Supply](http://www.anxin-cnc.com/uploadfile/ordinary/1769918044.webp) # Materials We Supply ## With the assistance of ANXIN’s team to advise on the optimal materials from our extensive range of metal and plastic options, available in various colors, infill densities, and hardness levels. All our materials are sourced from trusted suppliers and undergo rigorous inspection to ensure compatibility with diverse manufacturing processes, including CNC machining, die casting, [plastic injection molding](http://www.anxin-cnc.com/capabilities/injection-molding/) and [sheet metal fabrication](http://www.anxin-cnc.com/capabilities/sheet-metal-fabrications/). [Get A Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") ![CNC Machining & Injection Molding Materials](http://www.anxin-cnc.com/uploadfile/ordinary/1769918251.webp) ### CNC Machining & Injection Molding Materials #### [CNC Machining Materials](http://www.anxin-cnc.com/product/CNC-Machining-Materials-1205.html) [Aluminum](http://www.anxin-cnc.com/materials/Aluminum-7075-1211.html)                        High strength-to-weight ratio Stainless steel  Good corrosion resistance + High Hardness Steel                        Good machinability + Excellent electrical conductivity Brass                       Good machinability + Excellent electrical conductivity Copper                      ＞99.3% Purity + Superior electrical conductivity Titanium                      Corrosion resistance + High tensile strength ABS                      High stability + Easy to process POM (Delrin) Low-friction + High-stiffness PC (Polycarbonate)          High impact resistance + High transparency PA (Nylon)                      High chemical and heat resistance + High abrasion and wear resistance PMMA (Acrylic)                  High transparency + Good chemical stability PEEK High-performance thermoplastic, very high strength, thermal and chemical resistant. PP (Polypropylene)  Excellent chemical resistance. Food-safe grades available. PE (Polyethylene)  Excellent strength-to-weight ratio, impact and weather resistant. #### Plastic Injection Molding Materials ABS                        High stability + Easy to process POM (Delrin) Low-friction + High-stiffness. PC (Polycarbonate)            High impact resistance + High transparency PA (Nylon)                        High chemical and heat resistance + High abrasion and wear resistance PMMA (Acrylic)                   High transparency + Good chemical stability PEEK High-performance thermoplastic, very high strength, thermal and chemical resistant. PP (Polypropylene)  Excellent chemical resistance. Food-safe grades available. PE (Polyethylene)  Excellent strength-to-weight ratio, impact and weather resistant. [Get A Qoute](http://www.anxin-cnc.com/resources/materials/ "CNC Machining & Injection Molding Materials") * * * * * * ## How do we select the suitable material for our products? At ANXIN, we prioritize selecting industrial materials that are both cost-effective and meet your product’s functional and aesthetic requirements. Our focus is on ensuring your complete satisfaction without compromising on quality or cost. Our experienced procurement team, with more than ten years of expertise in sourcing from industrial material suppliers, has set material supply standards that exceed typical industry benchmarks. This includes biannual assessments of our suppliers to maintain our high standards. Our approach to quality doesn’t stop there. Whether we’re dealing with plastics or metals, our dedicated quality inspection team conducts thorough testing of all incoming materials using our extensive range of in-house testing equipment. This encompasses detailed evaluations for corrosion, radiation, and other critical factors, using more than ten distinct testing methods. You can be confident that, with ANXIN, the material selection for your product is in the most capable hands. We take full responsibility for ensuring the materials we use are of the highest standard, guaranteeing the excellence and reliability of your product. ![At ANXIN, we prioritize selecting industrial materials that are both cost-effective and meet your product’s functional and aesthetic requirements. Our focus is on ensuring your complete satisfaction without compromising on quality or cost. Our experienced procurement team, with more than ten years of expertise in sourcing from industrial material suppliers, has set material supply standards that exceed typical industry benchmarks. This includes biannual assessments of our suppliers to maintain our high standards. Our approach to quality doesn’t stop there. Whether we’re dealing with plastics or metals, our dedicated quality inspection team conducts thorough testing of all incoming materials using our extensive range of in-house testing equipment. This encompasses detailed evaluations for corrosion, radiation, and other critical factors, using more than ten distinct testing methods. You can be confident that, with ANXIN, the material selection for your product is in the most capable hands. We take full responsibility for ensuring the materials we use are of the highest standard, guaranteeing the excellence and reliability of your product.](http://www.anxin-cnc.com/uploadfile/editor/20260201134008_89747.webp) * * * * * * ## Why Choose ANXIN as Your CNC Metal Machining Supplier? As a CNC metal machining manufacturer, ANXIN provide high-quality CNC metal parts and metal lathe services. Fast，Reliable Delivery We understand time sensitive requirements of metal CNC services and react quickly. Rich Experience We have decades of experience in metal lathe services for all industries and we work with your project engineers to ensure understand of sheet CNC requirements. Design for machining metal parts When you upload your 3D CAD file to request a quote, we’ll analyse your part geometry to identify any features that may be difficult to CNC metal sheet machine such as tall, thin walls or holes that cannot be threaded. * * * ![](http://www.anxin-cnc.com/media/azffyncj/pl_new_process_page_ctas_pim-process.jpg?width=1920&height=290&v=1d85ba7337807c0) Get an online quote and injection molding design analysis today. [Get a Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Plastic CNC Machining - [Materials](http://www.anxin-cnc.com/materials/ "Materials") - [CNC Machining Materials](http://www.anxin-cnc.com/materials/cnc-machining-materials/ "CNC Machining Materials") - Plastic CNC Machining-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/materials/plastic-cnc-machining/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ## Latest Posts * * * [![PMMA (Acrylic) CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1772352317.webp)](http://www.anxin-cnc.com/materials/PMMA-Acrylic-CNC-Machining-1247.html) | | | --- | | #### [PMMA (Acrylic) CNC Machining](http://www.anxin-cnc.com/materials/PMMA-Acrylic-CNC-Machining-1247.html)
2026-03-01
Polymethyl methacrylate has good overall mechanical properties and is at the forefront of general-purpose plastics. | [![ABS CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1772351609.webp)](http://www.anxin-cnc.com/materials/ABS-CNC-Machining-1246.html) | | | --- | | #### [ABS CNC Machining](http://www.anxin-cnc.com/materials/ABS-CNC-Machining-1246.html)
2026-03-01
ABS engineering plastic is PC+ABS (engineering plastic alloy), the Chinese name in the chemical industry called a plastic alloy | [![FR4 CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1772351441.webp)](http://www.anxin-cnc.com/materials/FR4-CNC-Machining-1245.html) | | | --- | | #### [FR4 CNC Machining](http://www.anxin-cnc.com/materials/FR4-CNC-Machining-1245.html)
2026-03-01
FR-4 is the code name of a flame-resistant material grade, which means that the resin material must be able to extinguish itself after the burning state | [![POM CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1772351337.webp)](http://www.anxin-cnc.com/materials/POM-CNC-Machining-1244.html) | | | --- | | #### [POM CNC Machining](http://www.anxin-cnc.com/materials/POM-CNC-Machining-1244.html)
2026-03-01
Also known as polyoxymethylene. The structure is, abbreviated as POM-C, usually the polymer of formaldehyde polymerization | [![Polycarbonate (PC) CNC Machining](http://www.anxin-cnc.com/uploadfile/ordinary/1772351229.webp)](http://www.anxin-cnc.com/materials/Polycarbonate-PC-CNC-Machining-1243.html) | | | --- | | #### [Polycarbonate (PC) CNC Machining](http://www.anxin-cnc.com/materials/Polycarbonate-PC-CNC-Machining-1243.html)
2026-03-01
The abrasion resistance of materials is relative, and when comparing ABS materials with PC materials, the abrasion resistance of PC materials is better. | a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## CNC Machining Insights | | | --- | | ![Screen capture]() | ## [$h2](https://www.anxin-cnc.com/blog/0-1.html\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ## Latest Posts * * * | | | --- | | #### [The difference between 3D printing and CNC machining](https://www.anxin-cnc.com/blog/The-difference-between-3D-printing-and-CNC-machining-1253.html)
2026-03-03
Today we will talk about the difference between CNC machining and 3D printing. 3D printing is an additive material technology | | | | --- | | #### [Common Materials Used in Sheet Metal Processing](https://www.anxin-cnc.com/blog/Common-Materials-Used-in-Sheet-Metal-Processing-1252.html)
2026-03-03
The materials generally used in sheet metal processing are cold rolled sheet (SPCC), hot rolled sheet (SHCC), galvanised sheet (SECC, SGCC), | | | | --- | | #### [Which UAV parts are suitable for five-axis machining?](https://www.anxin-cnc.com/blog/Which-UAV-parts-are-suitable-for-five-axis-machining-1251.html)
2026-03-03
The deep processing capability of UAV parts five-axis machining technology has caused a great sensation in many industries. | | | | --- | | #### [What are the quality control methods for CNC machining?](https://www.anxin-cnc.com/blog/What-are-the-quality-control-methods-for-CNC-machining-1250.html)
2026-03-03
The quality control of machining process is an important link to ensure product quality. In the whole processing process, the process and method of quality control | | | | --- | | #### [CNC Machining Services & CNC Fabrication](https://www.anxin-cnc.com/blog/CNC-Machining-Services-CNC-Fabrication-1249.html)
2026-03-02
We offer expert CNC prototyping services, precision CNC machining services, and plastic CNC prototyping. | | | | --- | | #### [What is CNC Machining?](https://www.anxin-cnc.com/blog/What-is-CNC-Machining-1248.html)
2026-03-02
CNC machining (Computer Numerical Controlled machining) designates a process that uses a computer to control the trajectory of the machining tool. | | | | --- | | #### [What is CNC Aluminum Machining?](https://www.anxin-cnc.com/blog/What-is-CNC-Aluminum-Machining-1242.html)
2026-03-01
CNC machining is a subtractive manufacturing process that uses computerized controls and machine tools to remove material from a raw workpiece | | | | --- | | #### [What is Laser Cutting?](https://www.anxin-cnc.com/blog/What-is-Laser-Cutting-1236.html)
2026-02-20
Laser cutting uses a beam of light to cut or engrave materials without making physical contact. The laser beam melts or vaporizes the material along a pre-programmed path. | | | | --- | | #### [Top 10 CNC Milling Service](https://www.anxin-cnc.com/blog/Top-10-CNC-Milling-Service-1235.html)
2026-02-20
We are a direct manufacturer, not a digital middleman. We operate our own factories to guarantee total quality control over every part. | a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Sheet Metal Material Guide - [Blog](https://www.anxin-cnc.com/blog/ "Blog") - [News](https://www.anxin-cnc.com/blog/news/ "News") - News-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](https://www.anxin-cnc.com/blog/Common-Materials-Used-in-Sheet-Metal-Processing-1252.html\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) # Common Materials Used in Sheet Metal Processing 2026-03-03 The materials generally used in sheet metal processing are cold rolled sheet (SPCC), hot rolled sheet (SHCC), galvanised sheet (SECC, SGCC), copper (CU) brass, copper violet, copper beryllium, aluminium (6061, 6063, duralumin, etc.), aluminium profiles, stainless steel (mirror, brushed surface, matte surface). As the role of the product is different, the choice of material is different, generally need to be considered from the product of its use and cost. 1, Cold-rolled plate SPCC: the surface treatment is usually electroplating and painting. Low cost, easy to form, material thickness less than 3.2mm. 2, Hot-rolled sheet SHCC, material thickness more than 3.0mm, surface treatment mainly is electroplating and baking paint. Low cost, but difficult to form, usually used for flat parts. 3, Galvanised sheet SECC, SGCC: SECC electrolytic sheet divided into N material, P material, N material is generally without any surface treatment, high cost; P material is usually with painting surface treatment. 4. Copper: mainly used for conductive role of the material, its surface treatment is nickel-plated, chrome-plated or no treatment, high cost. 5. Aluminium plate: general surface coating chromate (J11-A), anodization (conductive anodization, chemical anodization), high cost, can also be silver-plated, nickel-plated and so on. 6. aluminium profiles: used as a complex cross-sectional structure of the material, a large number of boxes used in a variety of inserts. Surface treatments are as same as aluminium plate. 7\. Stainless steel: usually without any surface treatment, high cost. - [The difference between 3D printing and CNC machining](https://www.anxin-cnc.com/blog/The-difference-between-3D-printing-and-CNC-machining-1253.html) - [Which UAV parts are suitable for five-axis machining?](https://www.anxin-cnc.com/blog/Which-UAV-parts-are-suitable-for-five-axis-machining-1251.html) * * * Get an online quote and injection molding design analysis today. [Get a Quote](https://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## 3D Printing Services - [Capabilities](http://www.anxin-cnc.com/capabilities/ "Capabilities") - [More Services](http://www.anxin-cnc.com/capabilities/more-services/ "More Services") - Custom 3D Printing Services for Anxin Metal | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/capabilities/3d-printing/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ![Custom 3D Printing Services](http://www.anxin-cnc.com/uploadfile/ordinary/1768876422.webp) # Custom 3D Printing Services #### The First Lesson of 3D Printing for the Curious: How Does It Turn "Virtual" into "Reality"? Breaking down complex 3D objects into simple 2D layers and precisely reconstructing them through material accumulation is the core principle. What makes this revolutionary is its ability to create a super-short chain from design to physical reality, enabling personalized customization and the fabrication of intricate internal structures—capabilities that traditional manufacturing methods can hardly achieve. [Get A Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") Certifications ISO 9001:2015 #### Core Definition: What is 3D Printing? 3D printing, also known as additive manufacturing, is a transformative technology that creates three-dimensional objects by sequentially layering materials based on a digital model. Unlike traditional subtractive manufacturing (cutting away material) or formative manufacturing (molding), it enables a direct transition from "design to physical object." #### How It Works: Three Steps to Creation **1\. 3D** **Modeling** Digital models are created using CAD software or 3D scanning (common formats: .STL, .OBJ). **2.** **Slicing** Specialized software horizontally slices the model into hundreds to thousands of two-dimensional cross-sections, generating machine-readable instruction codes (G-code). **3.** **Layer-by-Layer Printing** The printer follows the instructions to add materials layer by layer using specific technologies, ultimately stacking them into the final shape. #### Technology Trends **1.** **Multi-Material Hybrid Printing** Enables integrated manufacturing of hard-soft combinations and gradient materials. **2.** **Large-Format High-Speed Printing** Advancements in construction 3D printing speed, with maximum print sizes exceeding 30 meters. **3.** **Intelligent Integration** AI-driven generative design, real-time print monitoring, and automated post-processing pipelines. **4.** **Sustainable Development** Recyclable materials, energy-efficient processes, and remanufacturing of used parts. 3D printing represents not only a revolution in manufacturing technology but also a comprehensive transformation of design thinking, business models, and supply chain systems. It is evolving from a "rapid prototyping tool" into a "means of end-use product manufacturing," driven by both personalized consumption and intelligent manufacturing, continuously expanding the boundaries of human production. * * * ## Core Advantages and Value of 3D Printing #### Design Freedom Enables the production of complex structures that are impossible with traditional processes, such as topology-optimized designs, internal flow channels, and lattice structures. #### Rapid Iteration Transforms designs into physical objects in just hours to days, accelerating R&D cycles by up to 70%. #### Personalized Customization Achieves "one-piece ordering" with minimal cost variation, ideal for medical implants and customized products. #### Supply Chain Simplification Supports distributed manufacturing and on-demand production, reducing reliance on inventory and logistics. ![3D Printing](http://www.anxin-cnc.com/uploadfile/editor/20260120104444_76085.webp) * * * ## The Core Techniques of 3D printing #### 1. Before Printing: Model and Slicing Preparation **1.1-Model** **Check:** Ensure the model is "watertight" (no holes or gaps) and use software for automatic repair if needed. **1.2-Optimal** **Orientation:** Place stress-bearing or smooth surfaces facing down or on their side. Minimize overhangs to save support material. **1.3-Key** **Slicing Parameters:** **Layer** **Height:** Use 0.1–0.15mm for detail, 0.2–0.28mm for speed. **I** **nfill** **Density:** 15%–25% for general parts, 50%–80% for load-bearing parts. **Print** **Speed:** Outer walls slow (30–50mm/s), infill faster (60–80mm/s). **Supports:** Add when overhang angle >45°; prefer "tree supports" to save material. #### 2. During Printing: Machine and Material Control **2.1-Bed** **Leveling:** The first critical step—ensure the nozzle height is even (slight resistance when sliding a piece of paper). **2.2-Temperature** **Control:** **Nozzle:** PLA at 190–220°C, ABS at 230–250°C. **Heated** **Bed:** PLA at 50–60°C to prevent warping, ABS at 80–110°C. **2.3-Material** **Drying:** Dry hygroscopic materials like nylon or PETG in a filament dryer before printing. #### 3. After Printing: Post-Processing and Improvement **Careful** **Support Removal:** Use flush cutters and trim patiently from the base. **Surface** **Finishing:** Sand and polish PLA; smooth ABS with acetone vapor. **Strength** **Enhancement:** For load-bearing parts, increase nozzle temperature by 5–10°C or reduce print speed to improve layer adhesion. #### 4. Three Golden Rules **The** **First Layer Determines Success:** Prioritize slow and precise first-layer adhesion. **Cooling** **in Moderation:** Use fans for small PLA parts; turn them off for large ABS prints to prevent cracking. **Change** **One Parameter at a Time:** When troubleshooting issues (e.g., stringing, layer lines), adjust only one variable per test. * * * ![Applications: Which Fields Is It Transforming?](http://www.anxin-cnc.com/uploadfile/ordinary/1768877999.webp) ### Applications: Which Fields Is It Transforming? #### 1. Medical (Personalized & Precise) Surgical guides, orthopedic implants, dental restorations Bioprinting, tissue engineering scaffolds Personalized medical devices **Preoperative** **planning:** Printing patient organ models allows doctors to simulate surgery on a "replica." **Orthopedics** **& dentistry:** Creating perfectly fitted titanium alloy bone implants, clear aligners. **Rehabilitation** **aids:** Rapid customization of low-cost, fully body-conforming orthoses. #### 2. Manufacturing & Prototyping (Speed & Innovation) **Rapid** **prototyping:** Turning design concepts into testable physical objects within days, accelerating product development. **Customized** **tooling:** Manufacturing unique jigs, fixtures, and tools for production lines. **Small-batch** **production:** Directly printing end-use parts, especially suitable for niche, discontinued, or complex structural components. #### 3. Cultural Creation & Education (Creativity & Tangibility) **Creative** **design & art:** Producing complex sculptures and personalized accessories that traditional techniques cannot achieve. **Educational** **models:** Transforming abstract concepts like molecular structures, historical artifacts, and geographical terrains into tactile teaching aids. #### 4. Frontier Exploration (Futuristic) Complex flow channels, integrated structures Conformal cooling, lattice structures High-temperature alloy components **Aerospace:** Printing lighter, stronger rocket engine components. **Architecture:** Experimenting with concrete-based monolithic printing of building structures. **Food** **& bioprinting:** Exploring chocolate printing and even cellular tissue printing. [Check Out the Toolkit](http://www.anxin-cnc.com/capabilities/3d-printing/ "Applications: Which Fields Is It Transforming?") * * * ## Material Selection on 3D Printing #### 1. Plastics (Most Common) **PLA** Eco-friendly, easy to print, relatively brittle. Suitable for: display models, educational tools. **ABS** Good strength, heat-resistant, but prone to shrinkage. Suitable for: functional prototypes, enclosures. **PETG** Combines strength and toughness, chemical-resistant, food-safe. Suitable for: containers, protective covers. **Nylon** High strength, wear-resistant (requires moisture protection). Suitable for: gears, tools. **TPU** **(Flexible)** Excellent elasticity, impact-resistant. Suitable for: gaskets, wearable devices. #### 2. Resins (High Precision) **Standard** **resin:** Excellent detail, suitable for fine models. **Tough** **resin:** Resistant to fracture, suitable for snap-fit parts. **High-temperature** **resin:** Withstands 200°C+, suitable for prototypes of heat-generating components. **Dental/medical** **resin:** Biocompatible, suitable for dental models, surgical guides. #### 3. Metals (Industrial Grade) **Stainless** **steel:** Corrosion-resistant, used for parts, medical screws. **Titanium** **alloy:** Lightweight and strong, used for aerospace components, artificial joints. **Aluminum** **alloy:** Lightweight, good heat dissipation, used for automotive parts, drones. **High-temperature** **alloys:** Withstand 850°C+, used for rocket engines. #### 4. Specialized Materials **Ceramics:** High-temperature insulators, dental restorations. **Carbon** **fiber reinforced:** Extremely light and strong, used for race cars, drones. **Concrete:** Architectural structure printing. **Biomaterials:** Hydrogels (tissue engineering), PEEK (advanced implants). When selecting 3D printing materials, always consider three dimensions: requirements (strength/precision/heat resistance), process (printer compatibility), and cost. * * * ![Surface Treatment Options for 3D Printing](http://www.anxin-cnc.com/uploadfile/ordinary/1768879017.webp) ### Surface Treatment Options for 3D Printing #### I. Essential Post-Processing (Required for all parts) **Support** **Removal:** Carefully remove supports using flush cutters. **Surface** **Cleaning:** Blow away powder, brush off debris; wash resin parts in alcohol. #### II. Four Main Finishing & Enhancement Methods **Method** **A:** Sanding & Polishing (Most Versatile) **Process:** Sand progressively from coarse to fine grit sandpaper (e.g., 240 → 800 → 2000 grit), then polish with compound or a buffing wheel. **Result:** Eliminates layer lines for a smooth finish. **Best** **for:** Nearly all materials (plastics, resins, metals). **Method** **B:** Chemical Smoothing (For ABS, etc.) **Process:** Expose ABS parts to acetone vapor (requires proper ventilation setup). **Result:** Instantly dissolves layer lines for a glossy, smooth surface. **Note:** Only works on specific materials; involves safety risks. **Method** **C:** Painting (For Best Aesthetics) **Process:** Sand surface → apply filler primer (fills minor imperfections) → apply base coat → apply top coat → apply clear coat. **Result:** Achieves any color and texture (matte, metallic, fluorescent). **Key** **Step:** The filler primer is crucial for a perfect finish. **Method** **D:** Professional Finishing (Industrial Grade) **Sandblasting:** Blasts the surface with high-speed particles for a uniform, fine matte texture. Ideal for nylon, metal, resin. **Electroplating:** Deposits a layer of real metal (e.g., chrome, gold) for metallic shine and increased hardness. Requires conductive pre-treatment. **Heat** **Treatment:** Baking in an oven (e.g., PLA at 60°C) can increase strength and relieve internal stresses. #### III. Quick Selection Guide by Material **PLA/ABS/PETG** **(FDM** **Plastic):** **Basic:** Sanding + Painting. **Advanced:** ABS can be chemically smoothed with acetone; PLA can be heat-treated for strength. **Resin** **(SLA/DLP):** **Basic:** Alcohol wash + UV curing. **Refined:** Wet sanding → polishing → spray painting with model paints. **Nylon** **(SLS):** **Standard:** Sandblasting for a premium matte finish. **Coloring:** Can be dyed with specialized dyes. **Metal:** **Essential:** Sandblasting or electropolishing for deburring and shine. **Coloring:** Anodizing (for aluminum/titanium) adds color and enhances the surface. [Check Out the Toolkit](http://www.anxin-cnc.com/capabilities/3d-printing/ "Surface Treatment Options for 3D Printing") * * * ### 3D Printing Frequently Asked Questions (FAQs) ### What is 3D printing? _expand\_less_ _expand\_more_ A: A manufacturing process that builds physical objects layer by layer from digital designs using materials like plastic, resin, or metal. ### What can 3D printing create? _expand\_less_ _expand\_more_ A: It can produce everything from custom jewelry and prototypes to functional aerospace parts, excelling in complex geometries and small-batch production. ### What materials are commonly used in 3D printing? _expand\_less_ _expand\_more_ A: Plastics (PLA, ABS), resins, nylon, and industrial metals like titanium and stainless steel. ### Is 3D printing expensive? _expand\_less_ _expand\_more_ A: Desktop printers are affordable (from ~$200), while industrial systems and metal printing remain costly. ### How fast is 3D printing? _expand\_less_ _expand\_more_ A: Speed varies—small models take hours, larger/complex designs may require days. ### How accurate is 3D printing? _expand\_less_ _expand\_more_ A: Desktop: ~0.1–0.3 mm; industrial: as fine as 0.025 mm (e.g., dental models). ### What are the drawbacks of 3D printing? _expand\_less_ _expand\_more_ A: High per-unit cost for mass production, material strength constraints, and often manual post-processing. ### What software is needed for 3D printing? _expand\_less_ _expand\_more_ A: Modeling software (Fusion 360, Blender) and slicing software (Cura, PrusaSlicer). Beginners can start with Tinkercad. ### How is 3D printing used in healthcare? _expand\_less_ _expand\_more_ A: For personalized medical devices like surgical guides, bone implants, and dental aligners. ### What are future trends in 3D printing? _expand\_less_ _expand\_more_ A: Trends include multi-material printing, automation, large-scale construction, and bioprinting of tissues. * * * Get an online quote and injection molding design analysis today. [Get a Quote](http://www.anxin-cnc.com/contact "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Sheet Metal Services - [Product](http://www.anxin-cnc.com/product/ "Product") - [Sheet Metal Fabrication](http://www.anxin-cnc.com/product/sheet-metal-fabrication/ "Sheet Metal Fabrication") - Sheet Metal Fabrication-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/product/sheet-metal-fabrication/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ## Latest Posts * * * There is no content in this category! a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Precision Injection Molding - [Product](http://www.anxin-cnc.com/product/ "Product") - [Injection Molding](http://www.anxin-cnc.com/product/injection-molding/ "Injection Molding") - Injection Molding-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/product/injection-molding/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) ## Latest Posts * * * [![High Demand Injection molding Plastic Components](http://www.anxin-cnc.com/uploadfile/ordinary/1771211801.webp)](http://www.anxin-cnc.com/product/High-Demand-Injection-molding-Plastic-Components-1234.html) | | | --- | | #### [High Demand Injection molding Plastic Components](http://www.anxin-cnc.com/product/High-Demand-Injection-molding-Plastic-Components-1234.html)
2026-02-16
Material: White Nylon6/6
Surface treatment: Clean&Deburred
Main Process: Injection Molding
Lead Time: Normally about 20-30 days | [![Customized Plastic Injection Molding Components in Raw Mould](http://www.anxin-cnc.com/uploadfile/ordinary/1771211653.webp)](http://www.anxin-cnc.com/product/Customized-Plastic-Injection-Molding-Components-in-Raw-Mould-1233.html) | | | --- | | #### [Customized Plastic Injection Molding Components in Raw Mould](http://www.anxin-cnc.com/product/Customized-Plastic-Injection-Molding-Components-in-Raw-Mould-1233.html)
2026-02-16
Material: Black ABS
Surface treatment: Clean&Deburred
Main Process: Injection Molding
Lead Time: Normally about 20-30 days | [![Plastic Compoents by Injection Molding Multi-material Mould Items](http://www.anxin-cnc.com/uploadfile/ordinary/1771211428.webp)](http://www.anxin-cnc.com/product/Plastic-Compoents-by-Injection-Molding-Multi-material-Mould-Items-1232.html) | | | --- | | #### [Plastic Compoents by Injection Molding Multi-material Mould Items](http://www.anxin-cnc.com/product/Plastic-Compoents-by-Injection-Molding-Multi-material-Mould-Items-1232.html)
2026-02-16
Material: Black Delrin/Acetal
Surface treatment: Clean&Deburred
Main Process: Injection Molding
Lead Time: Normally about 20-30 days | [![Molding items precise accurancy in injection mould OEM parts](http://www.anxin-cnc.com/uploadfile/ordinary/1771211245.webp)](http://www.anxin-cnc.com/product/Molding-items-precise-accurancy-in-injection-mould-OEM-parts-1231.html) | | | --- | | #### [Molding items precise accurancy in injection mould OEM parts](http://www.anxin-cnc.com/product/Molding-items-precise-accurancy-in-injection-mould-OEM-parts-1231.html)
2026-02-16
Material: Black Nylon6/6
Surface treatment: Clean&Deburred
Main Process: Injection Molding
Lead Time: Normally about 20-30 days | [![High Glossy Finish Injection Molded Items Essentials OEM Design](http://www.anxin-cnc.com/uploadfile/ordinary/1771210984.webp)](http://www.anxin-cnc.com/product/High-Glossy-Finish-Injection-Molded-Items-Essentials-OEM-Design-1230.html) | | | --- | | #### [High Glossy Finish Injection Molded Items Essentials OEM Design](http://www.anxin-cnc.com/product/High-Glossy-Finish-Injection-Molded-Items-Essentials-OEM-Design-1230.html)
2026-02-16
Material: Delin/Acetal
Surface treatment: Clean&Deburred
Main Process: Injection Molding
Lead Time: Normally about 20-30 days | a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Client Feedback on Anxin - [About](http://www.anxin-cnc.com/about/ "About") - [Testimonials](http://www.anxin-cnc.com/about/testimonials/ "Testimonials") - Testimonials-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](http://www.anxin-cnc.com/about/testimonials/\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) * * * ## What do our clients say about us? * * * > "We have been cooperating with them for over three years, and every > hardware customization request can be completed efficiently. From design > support to finished product delivery, the team is highly professional and > particularly skilled in processing complex structural components. We once > customized a batch of high-precision fixtures with a tolerance controlled > within ±0.01mm, which fully met the requirements for the production line > upgrade. Reliable quality and punctual delivery have earned our long-term > trust." * * * * * * > "We need to customize a batch of special > hinges and brackets for high-end intelligent cabinet systems. Not only did they > offer a variety of material solutions, but they also optimized the > force-bearing structural defects in our original design. The surface treatment > of the final product is fine, the installation is smooth, and the customer > feedback is very good. It has truly achieved "turning demands into precise > physical objects" * * * * * * > "As a start-up company, we have high > requirements for the craftsmanship of hardware parts but in small quantities. > They patiently cooperated with us for multiple sample adjustments and achieved > a complex curved surface component of a micro-surgical instrument through > five-axis machining. The support for small-batch flexible production has > greatly accelerated the process of our product’s commercialization. > "Professional and inclusive collaboration experience!" * * * * * * > "The large decorative components in the > exhibition hall require custom-made irregular-shaped metal connectors, and the > time is tight. They issued the processing drawings within 24 hours and > delivered the goods quickly by using laser cutting and bending techniques. All > the holes were precisely aligned during installation, saving a great deal of > on-site adjustment time. The response speed is fast and the ability to solve > problems exceeds expectations." * * * * * * > "We have collaborated on multiple > customized projects for non-standard racks and transmission components. Their > engineers have a thorough understanding of the properties of metal materials > and suggest that switching to aluminum alloy not only meet the strength > requirements but also reduce the weight of the equipment. The entire process is > digitally tracked, and the progress of each link can be checked in real time. > It is a highly recommended long-term technical partner." * * * * * * > "When > customizing the corrosion-resistant stainless steel > frame of the sewage treatment equipment, they provided salt spray test reports > and welding process certifications. Two years after being put into use, it > still shows no rust or deformation in a damp, acidic or alkaline environment. > Strict quality control has significantly extended the product’s lifespan and > reduced our maintenance costs" * * * * * * > "Our new type of unmanned aerial vehicle > requires a lightweight and high-strength fuselage frame. They recommended 7075 > aviation aluminum alloy and used multi-axis CNC one-piece forming processing, > which achieved a 35% weight reduction while passing strict vibration tests. > From prototype to small-scale trial production, the degree of cooperation is > extremely high, making it an indispensable partner on the road of hardware > innovation." * * * * * * > "The furniture we design has extremely > high requirements for the aesthetics and functionality of the hardware > connectors. Not only did they perfectly realize the minimalist hidden hinges we > designed, but they also offered a variety of color schemes such as brushing and > anodizing for surface treatment, integrating the hardware with the furniture > itself. The combination of art and craftsmanship is impressive." * * * * * * > "The > heat dissipation substrate and external shell of the battery pack need to be > customized, with strict requirements for flatness, thermal conductivity and > sealing. Through precise stamping and welding processes, they achieved a > flatness of ±0.05mm > and assisted us in optimizing the design of the assembly clips, significantly > enhancing our assembly efficiency. Professionalism is reflected in every detail." * * * * * * > "We need to customize a batch of > high-strength and weather-resistant track-specific tools and maintenance parts. > They have adopted special steel and carried out quenching and tempering > treatment. The product performs very reliably under extreme temperature > differences outdoors and frequent use. The material certification and heat > treatment reports provided are complete and standardized, fully meeting the > compliance requirements of our industry." * * * * * * > "Customized stainless steel conveyor belt > brackets and parts must meet food-grade hygiene standards. They chose 316L > material and all welds were polished and passivated, leaving no hygiene dead > corners. Not only is the processing accuracy high, but more importantly, it has > a profound understanding of the special requirements of our industry for > cleanliness and safety." * * * * * * > "During the R&D stage, it is necessary > to frequently iterate different robotic arm joint components and connecting > rods. They provided us with a "quick sample package", which can > flexibly handle everything from aluminum parts to titanium alloys. Usually, we > can get the modified samples within 3 to 5 days. This R&D-friendly support > model has greatly accelerated our experimental process." * * * * * * > "We customized multiple sets of > irregular-shaped metal stage structures and quick-disassembly and assembly > connectors for a large-scale performance. The project is time-pressured and has > a complex design. They optimized our art design from an engineering perspective, > making it easier to stably process and quickly assemble on site. The final > effect was cool, safe and reliable, winning high praise from the director’s > team." * * * * * * > "Precision replacement parts for wafer fab > equipment, with tolerance and cleanliness requirements reaching the micrometer > level. They can produce high-quality parts that can completely replace the > original factory within a short period of time in accordance with the drawings > and standards we provide, saving us and our end customers a lot of costs and > time. The technical capabilities are on par with those of top original > manufacturers." * * * * * * Start Your Next Project Today [Get Instant Quote](http://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## CNC Machining Services - [Blog](https://www.anxin-cnc.com/blog/ "Blog") - [News](https://www.anxin-cnc.com/blog/news/ "News") - News-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](https://www.anxin-cnc.com/blog/CNC-Machining-Services-CNC-Fabrication-1249.html\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) # CNC Machining Services & CNC Fabrication 2026-03-02 ## Processes CNC MILLING (Vertical & Horizontal) CNC Machining CNC Turning CNC Router Prototype CNC EDM We offer expert CNC prototyping services, precision [CNC machining services](https://www.anxin-cnc.com/capabilities/cnc-machining/), and plastic CNC prototyping. Our highly skilled workforce operates state-of-the-art machines in our process. ## Equipment 3 Axis Machining 4 Axis Machining 5 Axis Machining (Up to 110" \* 72" \* 40") 7 Axis Lathe 5 Axis Gun Drill Ram EDM We can mill complex shapes from the toughest materials using our 3, 4, and [5-axis CNC machining capabilities](https://www.anxin-cnc.com/capabilities/5-axis-cnc-machining/). Our CNC fabrication capabilities ensure speed, precision, and quality. Additionally, our 7-axis lathes and 5-axis gun drilling support intricate geometry and deep-hole drilling. - [What are the quality control methods for CNC machining?](https://www.anxin-cnc.com/blog/What-are-the-quality-control-methods-for-CNC-machining-1250.html) - [What is CNC Machining?](https://www.anxin-cnc.com/blog/What-is-CNC-Machining-1248.html) * * * Get an online quote and injection molding design analysis today. [Get a Quote](https://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## CNC Machining Overview - [Blog](https://www.anxin-cnc.com/blog/ "Blog") - [News](https://www.anxin-cnc.com/blog/news/ "News") - News-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](https://www.anxin-cnc.com/blog/What-is-CNC-Machining-1248.html\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) # What is CNC Machining? 2026-03-02 ## What is CNC Machining? CNC machining (Computer Numerical Controlled machining) designates a process that uses a computer to control the trajectory of the machining tool. It employs many machining techniques, such as milling, drilling, and cutting. Even 3D printing is a CNC machine. The most common CNC machines can control the movement of the tool in 3 axes, hence the name 3-axis machining. In addition to controlling the tool, some CNC machines also control the workpiece by rotating it around its axis (4-Axis machine) or two axes (5-axis machine). ## What are the advantages of CNC machining? CNC machining offers more advantages over traditional machining methods: •   More accuracy: CNC machining offers tight tolerances, around ±0.0002mm •   Consistency: Since a computer executes the process, it minimizes human error. •   Faster fabrication: The fabrication process time is cut short because of the use of a computer to control the process. •   Lower production costs : The production cost is reduced because the operator has fewer interventions for controlling the tool’s trajectory and changes. •   Safer : The CNC machine has no access to the workpiece and tools when cutting the part. ## CNC Machining Applications CNC machining plays a vital role in creating precise and durable components across various industries. As a trusted CNC machining supplier, Anxin specializes in delivering prototype machining services that meet the highest engineering standards. From complex metal parts to high-quality CNC plastic machining services, our solutions ensure accuracy and consistency at every stage. Whether for industrial applications or CNC machining for medical devices, Anxin’s expertise and technology-driven approach guarantee reliable performance and excellent results for every customer. ## What is the Price of CNC Machining? The price of CNC machining varies based on material selection, part geometry, and production volume. As a trusted CNC machining supplier, Anxin provides cost-effective solutions for both CNC machining prototype projects and large-scale production. With advanced technology and skilled engineers, we optimize manufacturing time while maintaining precision. From [CNC prototyping](https://www.anxin-cnc.com/solutions/rapid-prototype/) to specialized CNC plastic machining services, Anxin ensures consistent quality and competitive pricing. Customers benefit from our transparent quotations and the perfect balance between accuracy, speed, and affordability. - [CNC Machining Services & CNC Fabrication](https://www.anxin-cnc.com/blog/CNC-Machining-Services-CNC-Fabrication-1249.html) - [What is CNC Aluminum Machining?](https://www.anxin-cnc.com/blog/What-is-CNC-Aluminum-Machining-1242.html) * * * Get an online quote and injection molding design analysis today. [Get a Quote](https://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## CNC Aluminum Machining Overview - [Blog](https://www.anxin-cnc.com/blog/ "Blog") - [News](https://www.anxin-cnc.com/blog/news/ "News") - News-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](https://www.anxin-cnc.com/blog/What-is-CNC-Aluminum-Machining-1242.html\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) # What is CNC Aluminum Machining? 2026-03-01 CNC machining is a subtractive manufacturing process that uses computerized controls and machine tools to remove material from a raw workpiece, creating a custom-designed part. In the context of [CNC aluminum machining](https://www.anxin-cnc.com/capabilities/cnc-machining/), the workpiece is an aluminum block for milling or other forms of aluminum for CNC. The CNC machine for aluminum interprets a digital design file, typically a CAD model, and translates it into precise instructions for the cutting tools. This allows for the creation of intricate geometries and maintains high accuracy, ensuring that the machined aluminum part meets exact specifications. The cnc milling aluminum process, for instance, uses rotating multi-point cutting tools to remove material, while cnc turning employs a single-point cutting tool to shape a rotating workpiece. ![5-axis CNC machining Aluminum Parts](https://www.anxin-cnc.com/uploadfile/editor/20260301154322_86030.webp) ## Where Does Aluminum Come From? Aluminum, one of the most abundant metallic elements in the Earth’s crust, does not occur naturally in its pure form. It is primarily derived from bauxite ore, a sedimentary rock rich in aluminum minerals. The extraction process begins with mining bauxite, which is then refined into alumina through the Bayer process. Subsequently, alumina undergoes the Hall-Héroult electrolytic process, where it is smelted using vast amounts of electricity to separate pure aluminum. This raw aluminum metal can then be cast into billets, ingots, or blocks, which serve as the starting material for various manufacturing processes, including cnc metal machining. Knowing where aluminum comes from helps understand its wide range of uses and the energy intensity of its production, leading to sustainable practices in metal processing. ## Why Choose Aluminum for CNC Machining? Choosing aluminum for [CNC machining](https://vmtcnc.com/cnc-machining/) is a strategic decision for many industries due to its exceptional properties. Aluminum offers a unique combination of characteristics that make it highly desirable for precision manufacturing of cnc machined aluminum parts. - Lightweight and Strong: Aluminum boasts an impressive strength-to-weight ratio, making cnc machined aluminum components ideal for applications where weight reduction is critical, such as in aerospace and automotive industries for lightweighting. Aluminum for CNC provides robust performance without excessive bulk. - Excellent Thermal Conductivity: Aluminum is an excellent conductor of heat, which is crucial for components requiring efficient heat dissipation, like heat sinks in electronic devices and cooling plates in industrial equipment. This property makes aluminum cnc parts suitable for managing thermal loads. - Corrosion Resistance: Many aluminum alloys for machining naturally form a passive oxide layer that protects against corrosion. Further treatments like anodizing aluminum can significantly enhance this resistance, extending the lifespan of aluminum CNC parts in harsh environments. - Machinability: Aluminum is remarkably easy to machine, leading to faster cycle times and reduced tool wear. This excellent machinability of aluminum contributes to the cost-effectiveness of cnc milling aluminum and other aluminum machining services. The ease of cnc cutting aluminum allows for intricate designs and tight tolerances. - Cost-Effectiveness: Compared to many other metals like steel or titanium, aluminum is generally more affordable, both in raw material cost and the energy required for machining. This makes aluminum cnc machining a cost-efficient solution for both prototyping and production cnc machining of aluminum parts manufacturing. The overall affordable machining of alu cnc makes it a popular choice. ## What Types of Aluminum Alloys Are Best for CNC Machining? The selection of the right aluminum alloy for CNC machining is critical, as different alloys offer varying properties tailored to specific applications. Here are some of the most common and widely used aluminum alloys for machining: - Aluminum 6061: Often referred to as the “workhorse” of aluminum alloys, [aluminum 6061](https://www.anxin-cnc.com/materials/Aluminum-6061-CNC-Machining-1238.html) is highly versatile. It offers good strength, excellent weldability, and superior corrosion resistance, making it suitable for a broad range of applications from structural components to bicycle frames and automotive parts. It’s a prime choice for general-purpose aluminum cnc machining. - Aluminum 7075: Known for its extremely high strength, [aluminum 7075](https://www.anxin-cnc.com/materials/Aluminum-7075-CNC-Machining-1239.html) is comparable to many steels. This alloy is frequently used in the aerospace industry for aircraft structures, missile components, and other high-stress applications where maximum strength is required. While stronger, it is less easily welded than 6061. This is a common choice for demanding cnc machining aluminum parts. - Aluminum 2024: This alloy is also very strong, particularly in fatigue resistance, making it ideal for structural components in aircraft and transportation vehicles. However, aluminum 2024 has lower corrosion resistance compared to 6061 and 7075, often requiring protective coatings. - Aluminum 5052: Valued for its excellent corrosion resistance, especially in saltwater environments, and its good formability. Aluminum 5052 is often used for marine applications, fuel tanks, and sheet metal parts that require bending or deep drawing. It offers moderate strength suitable for various aluminum cnc projects. The choice of aluminum alloy depends on the specific requirements of the final product, including strength, corrosion resistance, weight, and cost. Consulting with aluminum machining services can help determine the best aluminum for machining for your specific needs, considering factors like machining aluminum oxide if dealing with specific surface treatments. The following is a summary of common aluminum alloys used in CNC machining: | | | | | --- | --- | --- | | Aluminum Alloy | Key Characteristics | Common Applications | | 6061 | Good strength, excellent weldability, corrosion resistance | General purpose, structural, automotive, bicycle frames | | 7075 | Extremely high strength | Aerospace, military, high-stress components | | 2024 | High strength, good fatigue resistance, lower corrosion resistance | Aircraft structures, transportation | | 5052 | Excellent corrosion resistance, good formability | Marine applications, fuel tanks, sheet metal parts | - [What is CNC Machining?](https://www.anxin-cnc.com/blog/What-is-CNC-Machining-1248.html) - [What is Laser Cutting?](https://www.anxin-cnc.com/blog/What-is-Laser-Cutting-1236.html) * * * Get an online quote and injection molding design analysis today. [Get a Quote](https://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Laser Cutting Explained - [Blog](https://www.anxin-cnc.com/blog/ "Blog") - [News](https://www.anxin-cnc.com/blog/news/ "News") - News-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](https://www.anxin-cnc.com/blog/What-is-Laser-Cutting-1236.html\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) # What is Laser Cutting? 2026-02-20 Laser cutting uses a beam of light to cut or engrave materials without making physical contact. The laser beam melts or vaporizes the material along a pre-programmed path. Laser cutters are particularly effective for cutting and engraving thin materials like plastic, wood, and acrylic. ### Key Components of Laser Cutting: - Laser Beam: A focused beam of light that melts, burns, or vaporizes the material. - Assist Gas: Helps clear debris and cools the cutting surface. - Focal Point: Determines the precision and cutting depth. Laser cutting machines are faster and more precise than CNC in many cases, especially when working with thin materials. The wide range of materials that can be cut, along with its speed and precision, make laser cutting an appealing option for signage and artwork. ## What are the Key Differences between CNC vs Laser Cutter The primary difference between CNC and laser cutters is their cutting mechanism. CNC machines physically remove material using spinning bits, whereas laser cutters rely on a laser beam to melt or vaporize material. Here’s a quick comparison: | Feature | CNC Cutter | Laser Cutter | | Material Thickness | Works well with thick materials | Best for thin materials | | Precision | ±0.01mm or better | ±0.05mm or better | | Speed | Slower for thicker cuts | Faster, especially for thinner materials | | Complexity | Ideal for 3D designs and intricate cuts | Great for detailed engraving | | Tooling | Spinning bits wear over time | Laser beam doesn’t wear | Laser cutters are highly effective for detailed cuts on thin materials and high-speed operations, while CNC cutters offer versatility and precision, especially when working with thicker materials. ## Which Materials are Best for CNC Cutting? Laser cutters are highly effective for detailed cuts on thin materials and high-speed operations, while CNC cutters offer versatility and precision, especially when working with thicker materials. Understanding the laser cutter vs CNC comparison and the specific advantages of CNC router vs laser cutter helps you select the right equipment for your workshop and project requirements. ### Materials CNC Works Well With: - Metals: Aluminum, Steel, Titanium - Wood: Hardwood, Plywood, MDF - Plastics: Acrylic, Nylon, PVC - Composites: Carbon Fiber, Fiberglass For woodworking, CNC routers are ideal because they can handle thicker pieces of wood and create detailed joinery or milling operations. CNC machines offer more control over depth of cut than laser cutters. ## Which Materials are Best for Laser Cutting? Laser cutters perform best with thin materials such as wood, acrylic, and plastics. They offer precision cutting, making them the go-to for applications like engraving, signage, and decorative pieces. ### Materials Laser Cutting Works Well With: - Wood: Thin hardwoods, Plywood - Acrylic: Clear and colored - Plastics: PETG, Polycarbonate - Rubber: For seals, gaskets Laser cutting is not ideal for thicker materials, but it excels at producing detailed cuts on materials like wood and plastic. ## Which is More Precise: CNC or Laser Cutting? Laser cutters generally provide higher precision than CNC, especially for intricate designs and fine detail work. A laser beam can achieve precision levels as fine as 0.05mm, while CNC machines can reach ±0.01mm. However, CNC machines offer greater control over depth of cut, making them better for thicker or multi-dimensional cuts. For engraving, laser machines are particularly effective. For 3D milling or cutting thicker materials, CNC machines are the preferred option. ## Which is Faster: CNC or Laser Cutting? Laser cutting is typically faster than CNC, especially for thin materials. Laser cutting can make precise cuts at speeds of up to 120 inches per minute, while CNC cutting is generally slower, particularly when working with thicker materials. However, CNC systems can outperform lasers when depth of cut or 3D cutting is required. ## Costs of CNC and Laser Cutting The initial cost for a CNC machine is generally higher due to the need for mechanical parts, spindles, and tools. Laser cutters have lower maintenance costs because there are fewer moving parts, but they may be costlier for industrial use depending on the laser type (CO2 vs. fiber). Laser cutting machines often come with lower operating costs for thin materials but require regular lens replacement. In contrast, CNC machines require bit replacements and tool maintenance more frequently. ## Maintenance Requirements for CNC vs Laser Cutters CNC machines require regular tool changes, machine calibration, and cleaning of debris and dust. Laser cutters need less mechanical maintenance, but optics and gas systems require regular checks to maintain cutting precision. Both types of equipment need environmental management: CNC systems require dust collection, while laser systems need fume extraction. ## Safety Considerations for CNC and Laser Cutters CNC machines involve moving parts, spinning bits, and sharp edges, so it’s essential to wear PPE like goggles and ear protection. Laser cutters, on the other hand, involve high-intensity light, and thus require laser safety glasses and enclosures to prevent exposure to the laser beam. Proper ventilation and fume management are essential for both types of machines to ensure the safety of the work environment. ## CNC Machine vs Laser Cutting: Which One Should You Choose? Choosing between CNC cutting and laser cutting comes down to project specifics. If your project involves thick materials, intricate 3D designs, or precision milling, then CNC routing or CNC milling is the best choice. For detailed cuts, engraving, and high-speed operations on thin materials, laser cutting is ideal. CNC cutting provides greater versatility for different material types and thicknesses, while laser cutting offers speed and precision for fine details. Unsure which cutting method is right for your project? [Contact us today](https://www.anxin-cnc.com/contact/) for a detailed consultation to determine whether CNC or laser cutting is best for your needs, and explore how Anxin can help bring your designs to life! ## CNC vs Laser Cutter FAQs - [What is CNC Aluminum Machining?](https://www.anxin-cnc.com/blog/What-is-CNC-Aluminum-Machining-1242.html) - [Top 10 CNC Milling Service](https://www.anxin-cnc.com/blog/Top-10-CNC-Milling-Service-1235.html) * * * Get an online quote and injection molding design analysis today. [Get a Quote](https://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Top CNC Milling Services - [Blog](https://www.anxin-cnc.com/blog/ "Blog") - [News](https://www.anxin-cnc.com/blog/news/ "News") - News-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](https://www.anxin-cnc.com/blog/Top-10-CNC-Milling-Service-1235.html\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) # Top 10 CNC Milling Service 2026-02-20 ## 1\. Anxin Metal (China) Key Information: - Website: [www.anxin-cnc.com](https://www.anxin-cnc.com/) - Services: [CNC machining](https://www.anxin-cnc.com/capabilities/cnc-machining/), CNC milling, [CNC turning](https://www.anxin-cnc.com/capabilities/cnc-turning/), laser cutting, [sheet metal fabrication](https://www.anxin-cnc.com/capabilities/sheet-metal-fabrications/) - Capabilities: Tolerances as tight as ±0.0001 inches, 5-axis CNC machining, rapid prototyping (3-7 days), high-volume production runs - Certifications: ISO 9001, AS9100 - Global Presence: Operations in both China and the USA, with a customer base spanning North America, Europe, and Asia. We are a direct manufacturer, not a digital middleman. We operate our own factories to guarantee total quality control over every part. Our facility houses 277 state-of-the-art 5-axis CNC machining centers. This massive capacity allows us to handle complex and large scale orders with ease. We use advanced CAD and CAM technology to ensure every dimension is perfect. Anxin worked with a major aerospace company to produce titanium brackets for a satellite, meeting exacting tolerances and achieving a 10-day turnaround time. This project highlighted our ability to manage both the technical challenges and time-sensitive needs of the aerospace sector. ## 2\. JLCCNC (China) JLCCNC is a leading Chinese manufacturer specializing in high-precision CNC milling. They are known for delivering accurate custom parts with very fast turnaround times. Global clients trust them for high-stakes projects in the aerospace, automotive, and medical industries. Key Information: - Website: [jlccnc.com](https://jlccnc.com/) - Services: CNC milling, 5-axis CNC machining, CNC turning, prototyping, assembly services - Capabilities: Tolerances as tight as ±0.0002 inches, multi-axis CNC machining, high-precision parts for complex geometries - Certifications: ISO 9001, ISO 14001 - Global Reach: Serving clients in North America, Europe, and Asia. The company uses advanced multi-axis machines to handle complex geometries and tight tolerances. Their rigorous quality control system ensures every component meets international standards. They specialize in demanding parts like aerospace turbine components, medical device housings, and intricate automotive systems. ## 3\. PCBway (China) PCBway is a leading CNC milling service provider based in China, specializing in PCB prototyping and high-precision CNC machining services for a variety of industries. Known for its quick turnaround and high-quality standards, PCBway offers comprehensive solutions for small-batch production, including rapid prototyping and low to medium volume CNC milling. Key Information: - Website: [www.pcbway.com](http://www.pcbway.com/) - Services: CNC milling, PCB prototyping, 3D printing, injection molding, sheet metal fabrication - Capabilities: Spindles up to 42,000 RPM, CELOS interface for reduced setup time - Certifications: ISO 9001, UL, RoHS - Global Presence: Serving clients worldwide, including North America, Europe, and Asia. Their advanced equipment and expertise in CNC milling make them a trusted partner for electronics, medical, and consumer product industries. PCBway provides cost-effective solutions while maintaining tight tolerances and fast delivery times, making them a strong choice for companies requiring both quality and efficiency in custom machining. ## 4\. Xometry (USA) Xometry is an on-demand digital manufacturing platform that connects clients with a network of CNC machine shops, offering CNC milling, turning, and other machining services. Through its AI-driven platform, Xometry provides instant quotes and access to a wide range of materials and production capabilities, making it an ideal solution for companies needing fast turnaround times for prototypes or low to medium-volume production. Key Information: - Website: [www.xometry.com](https://www.xometry.com/) - Services: CNC milling, turning, sheet metal fabrication, 3D printing - Capabilities: AI-driven quoting system, 1,200+ materials, ITAR-compliant - Certifications: ISO 9001, AS9100D - Global Reach: Serving customers worldwide Xometry operates as a massive digital broker. They outsource your CNC machining orders to thousands of different suppliers. Their online platform makes quick sourcing incredibly easy. You instantly get highly flexible production and pricing options. Xometry certainly excels at raw speed and massive variety. However, this broker model creates major blind spots. You receive absolutely no direct engineering support. You also lose the ability to build a dedicated relationship with your actual manufacturer. This severely limits your complex customizations and long term production planning. A dedicated manufacturing partner like Anxin completely eliminates these exact risks. ## 5\. RapidDirect (China) RapidDirect is a major player in rapid prototyping and low volume CNC milling. They build parts for the automotive, electronics, and consumer product industries. Their entire business model focuses on extreme speed. They consistently deliver complex prototypes and small production runs incredibly fast.RapidDirect is a key player in the low-volume CNC milling and rapid prototyping market, specializing in fast-turnaround services for industries such as automotive, electronics, and consumer products. Known for its speed and efficiency, RapidDirect excels in delivering prototypes and small production runs with quick turnaround times. Key Information: - Website: [www.rapiddirect.com](https://www.rapiddirect.com/) - Services: CNC milling, injection molding, rapid prototyping, 3D printing - Capabilities: 5-axis CNC milling, tolerances of ±0.01mm, quick 48-hour prototyping - Certifications: ISO 9001 - Global Reach: Serving North American and European clients. RapidDirect specializes in rapid prototyping and low volume CNC milling. They deliver highly precise parts with incredibly short lead times. Their entire system is built for pure speed and flexibility. They are the perfect choice for fast product iterations and small production runs. However, this extreme speed comes with a trade-off. They do not offer deep engineering support. They are also not built for long term manufacturing partnerships. You should choose them when you need fast prototypes rather than complex engineering solutions ## 6\. Protolabs (USA) Protolabs is a leading digital platform for on-demand manufacturing. They specialize in rapid prototyping and low-volume CNC milling. Their entire system is driven by automation to ensure fast turnaround times. They are a popular choice for medical, automotive, and electronics companies needing prototypes quickly. Key Information: - Website: [www.protolabs.com](https://www.protolabs.com/) - Services: CNC milling, injection molding, 3D printing, sheet metal fabrication - Capabilities: 100+ materials, rapid prototyping (1-day turnaround), tolerances of ±0.005 inches - Certifications: ISO 9001, ISO 13485 - Global Reach: Facilities in the USA, Europe, and Asia. However, this automated model has specific limits. Protolabs is often more expensive for large-volume projects. Because they rely on software, they cannot offer the same deep engineering support as a dedicated partner like Anxin. You may also find less flexibility for highly complex or custom requirements. Protolabs is excellent when you need speed and many material options for a limited production run. If your project requires complex engineering or long-term cost optimization, a direct manufacturing partner is usually the better investment. ## 7\. WayKen (China) WayKen is a top provider of rapid prototyping and CNC milling services. They focus on delivering cost-effective prototypes with very fast turnaround times. Their team serves high-tech industries like robotics, consumer electronics, and automotive. Key Information: - Website: [www.waykenrm.com](https://www.waykenrm.com/) - Services: CNC milling, turning, sheet metal fabrication, rapid tooling - Capabilities: Tolerances of ±0.001 inches, anodizing and surface finishes - Certifications: ISO 9001 - Global Reach: Serving North American and European clients. The company stands out for its 5-axis CNC machining and rapid tooling capabilities. This expertise allows them to quickly produce custom parts with complex geometries. They are an ideal choice for companies needing small-batch production and high-precision prototypes in competitive markets. ## 8\. Jiga (USA) Jiga is a digital manufacturing platform that provides CNC milling and other machining services to industries in need of fast, high-quality parts. Jiga connects customers with a network of manufacturers to deliver precision parts at scale, focusing on quick turnaround times and flexible production capabilities. Key Information: - Website: [www.jiga.io](https://jiga.io/) - Services: CNC milling, CNC turning, 3D printing, injection molding - Capabilities: Instant quoting, rapid prototyping, low to medium volume production - Certifications: ISO 9001, ISO 13485 - Global Reach: Serving North America, Europe, and Asia Jiga stands out for its ability to streamline the sourcing of CNC machined parts through a user-friendly platform that connects clients with manufacturers who can meet tight deadlines and complex production needs. With an emphasis on rapid prototyping and low to medium volume manufacturing, Jiga provides a flexible and efficient way for businesses to get high-precision parts without the need for significant upfront investment in machinery. Unlike traditional manufacturers, Jiga offers the convenience of automated processes and an expansive network of trusted suppliers. ## 9\. Fictiv (USA) Fictiv is a digital manufacturing platform that connects customers with a global network of machine shops. They focus on rapid prototyping and CNC milling for the aerospace, automotive, and electronics industries. Their user-friendly platform is built to source precise parts quickly and efficiently. Key Information: - Website: [www.fictiv.com](https://www.fictiv.com/) - Services: CNC milling, CNC turning, injection molding, 3D printing, sheet metal fabrication - Capabilities: Rapid prototyping, low to medium volume production, tolerances of ±0.005 inches - Certifications: ISO 9001, ISO 13485 - Global Reach: Serving customers across North America, Europe, and Asia Fictiv excels at speed and flexibility for small to medium production runs. However, their automated system has limitations. Because they act as a middleman, they cannot offer the same level of deep engineering support or custom detailing as a direct manufacturer. Fictiv is a great choice for fast prototyping, but complex projects often require the dedicated partnership of a factory like Anxin. ## 10\. AT Machining (China) AT Machining is a CNC service provider specializing in low-volume metal CNC machining. Their ability to deliver custom CNC parts quickly makes them a great choice for industries like electronics and automotive. Key Information: - Website: [https://at-machining.com](https://at-machining.com/) - Services: CNC milling, 5-axis machining, rapid prototyping - Capabilities: Tolerances of ±0.001mm, 3/5-axis CNC milling - Certifications: ISO 9001 - Global Reach: Serving European and North American clients. AT Machining offers precision CNC machining with high-precision results for complex projects. Their CNC milling machines handle a variety of materials with tight tolerances, ensuring high-quality results every time. ## How to Choose a CNC Service Provider You must match your project needs with the right manufacturing partner. Consider more than just the timeline. You also need the right machines, tight tolerances, and deep engineering support. If you need 1,000 precision parts with strict requirements and expert advice, Anxin is your best choice. We provide high-quality machining backed by advanced equipment and years of technical experience. - [What is Laser Cutting?](https://www.anxin-cnc.com/blog/What-is-Laser-Cutting-1236.html) - [What conditions are likely to occur when CNC lathes machine circular products?](https://www.anxin-cnc.com/blog/What-conditions-are-likely-to-occur-when-CNC-lathes-machine-circular-products-1229.html) * * * ![](https://www.anxin-cnc.com/media/azffyncj/pl_new_process_page_ctas_pim-process.jpg?width=1920&height=290&v=1d85ba7337807c0) Get an online quote and injection molding design analysis today. [Get a Quote](https://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## CNC Lathe Processing Issues - [Blog](https://www.anxin-cnc.com/blog/ "Blog") - [News](https://www.anxin-cnc.com/blog/news/ "News") - News-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](https://www.anxin-cnc.com/blog/What-conditions-are-likely-to-occur-when-CNC-lathes-machine-circular-products-1229.html\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) # What conditions are likely to occur when CNC lathes machine circular products? 2026-02-16 CNC lathes machine round products will have the following problems: 1\. Tool wear when processing circular products is one of the problems that has a greater impact on the whole shape; 2\. When the knife is set, pay attention to the knife distance to prevent the phenomenon of knife collision; 3\. When processing circular products, the size should be measured at any time to prevent the size outside the tolerance range; 4\. The focus of CNC lathe processing circular products is on the circle, if the program is written wrong, it may lead to the shape of the processing fission, resulting in a circular situation; 5\. The operator must not open the protective door when the machine is rotating, and must not touch the spindle when it is rotating to prevent the arm from getting involved in the machine. - [Top 10 CNC Milling Service](https://www.anxin-cnc.com/blog/Top-10-CNC-Milling-Service-1235.html) - [Which UAV parts are suitable for five-axis machining?](https://www.anxin-cnc.com/blog/Which-UAV-parts-are-suitable-for-five-axis-machining-1228.html) * * * Get an online quote and injection molding design analysis today. [Get a Quote](https://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## UAV Parts for Machining - [Blog](https://www.anxin-cnc.com/blog/ "Blog") - [News](https://www.anxin-cnc.com/blog/news/ "News") - News-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](https://www.anxin-cnc.com/blog/Which-UAV-parts-are-suitable-for-five-axis-machining-1228.html\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) # Which UAV parts are suitable for five-axis machining? 2026-02-16 #### 1\. Box parts Because of the difficulty of processing box parts, it has always been a very headache for parts processing enterprises, and the development and application of UAV parts five-axis processing machine tools has helped many enterprises to solve this problem. It can use the multiple rotation of the table and the horizontal direction of the four-sided processing technology to subtly complete the processing of the box parts. #### 2\. Disc sleeve plate parts Uav parts five-axis processing technology is also particularly suitable for processing disc sleeve plate parts, such parts with keyways, or radial holes, or face distribution holes, such as flange sleeve, shaft parts with keyways and motor covers. Such parts can be used in the application of five-axis machining technology, either vertical machining center or horizontal machining center, which needs to be determined according to the specific aperture direction. #### 3\. Special processing According to the research of many equipment experts, the UAV parts five-axis processing machine can also complete some special types of processing. Only need to be equipped with special tooling, special tools and some special processes, you can achieve special processing, such as: line scanning and quenching on the surface of metal parts, this processing in the past is very low success rate, and now with high-precision, high-performance five-axis machining is greatly improved success rate. The deep processing capability of UAV parts five-axis machining technology has caused a great sensation in many industries. There are many people through the aviation parts five-axis processing test also gradually verified this result, according to the statistical results show that UAV parts five-axis processing in addition to suitable for box parts, plate parts, special processing, but also particularly suitable for special-shaped parts, complex surface processing. - [What conditions are likely to occur when CNC lathes machine circular products?](https://www.anxin-cnc.com/blog/What-conditions-are-likely-to-occur-when-CNC-lathes-machine-circular-products-1229.html) - [Specific steps of five-axis machining of curved parts](https://www.anxin-cnc.com/blog/Specific-steps-of-five-axis-machining-of-curved-parts-1227.html) * * * Get an online quote and injection molding design analysis today. [Get a Quote](https://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Five-Axis Machining Steps - [Blog](https://www.anxin-cnc.com/blog/ "Blog") - [News](https://www.anxin-cnc.com/blog/news/ "News") - News-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](https://www.anxin-cnc.com/blog/Specific-steps-of-five-axis-machining-of-curved-parts-1227.html\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) # Specific steps of five-axis machining of curved parts 2026-02-16 The use of five-axis machining surface has multiple advantages such as high processing efficiency and good quality. Therefore, many processing industries nowadays attach great importance to the quality of reliable surface parts five-axis processing technology, and now the specific implementation steps of surface parts five-axis processing are briefly described: #### 1\. Analyze the surface shape The five-axis machining technology of curved parts is a special technology for curved parts, which simplifies the machining of curved parts by calculating node data and drawing lines on complex curved surfaces. The analysis of the surface shape is a very important step to realize the five-axis machining technology. It is necessary to outline the outline of the surface part according to the model and analyze the characteristics of the surface shape in detail, so as to lay the foundation for the next five-axis machining. #### 2\. Dimensional characteristics According to the feedback of many users, the five-axis machining of curved parts has great benefits for dealing with irregular parts. Because it can help analyze the dimensional characteristics of surface parts, after determining the shape of the surface and constructing the model, the size of the surface parts can be established according to this information in layers, and the corresponding processing technology is mastered, so the corresponding size is suitable for rough machining or finish machining is relatively easier to determine. #### 3\. Determine the processing plan The key implementation step of five-axis machining technology of curved parts is to determine the machining plan. From the relevant statistical data, the five-axis machining tool can greatly improve the surface efficiency and production quality of curved parts, of course, the processing quality of this part also has a greater relationship with the processing program, the use of roughing program and finishing program for the quality of parts or have a certain impact. Surface parts five-axis machining technology has been continuously upgraded with the improvement of technology, and nowadays you can often see high-quality surface parts five-axis machining products in processing factories around. In general, the specific implementation process of five-axis machining of parts is carried out by referring to the three steps of analyzing the shape of the surface, analyzing the size characteristics and determining the processing plan. - [Which UAV parts are suitable for five-axis machining?](https://www.anxin-cnc.com/blog/Which-UAV-parts-are-suitable-for-five-axis-machining-1228.html) - [What are the advantages of automatic parts five-axis machining?](https://www.anxin-cnc.com/blog/What-are-the-advantages-of-automatic-parts-five-axis-machining-1226.html) * * * ![](https://www.anxin-cnc.com/media/azffyncj/pl_new_process_page_ctas_pim-process.jpg?width=1920&height=290&v=1d85ba7337807c0) Get an online quote and injection molding design analysis today. [Get a Quote](https://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Advantages of Five-Axis Machining - [Blog](https://www.anxin-cnc.com/blog/ "Blog") - [News](https://www.anxin-cnc.com/blog/news/ "News") - News-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](https://www.anxin-cnc.com/blog/What-are-the-advantages-of-automatic-parts-five-axis-machining-1226.html\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) # What are the advantages of automatic parts five-axis machining? 2026-02-16 In recent years, more and more automatic parts manufacturers tend to rely on automatic parts five-axis processing, in order to improve their own machining techniques while providing higher quality services for customers in demand. Then, what are the advantages of automatic parts five-axis processing? #### First, high processing efficiency In the face of automation parts with more complex geometric shapes, automatic parts five-axis machining can be connected and processed on five degrees of freedom. The position of most of the workpiece on the machine tool has the characteristics of fixed and unchanged, and the five-axis machining of automatic parts can be multi-directional machining of different sides of automatic parts without changing the position of the workpiece, which significantly improves the processing efficiency of complex parts such as prismatic parts. #### Second, better processing effect The five-axis machining of automatic parts supports different operation modes to ensure that the technical requirements of the product can be met when processing various automatic parts. The flexible automatic five-axis machining of parts can greatly avoid the processing problems of traditional processes, and it can reduce the characteristics of reference conversion and ensure the quality of processing, which means that it can provide customers with more efficient and high-quality parts processing business. #### Third, reasonable processing costs The shortening of the processing chain means that the five-axis machining of automatic parts only needs to use a small number of processing tools to deeply process automatic parts with complex styles, which indicates that customers only need to spend less processing costs and maintenance costs of parts, and can also show that the integrity of the five-axis machining of automatic parts can simplify the processing of parts. The effect of five-axis machining of automatic parts is more advantageous than that of traditional processing methods, and it can really be targeted and maintain high processing efficiency in the face of all kinds of parts. The highly praised five-axis machining of automatic parts can meet the process requirements of complex parts, making the production management and scheduling of automatic parts manufacturers more simplified. - [Specific steps of five-axis machining of curved parts](https://www.anxin-cnc.com/blog/Specific-steps-of-five-axis-machining-of-curved-parts-1227.html) - [What parts can be produced by five-axis machining?](https://www.anxin-cnc.com/blog/What-parts-can-be-produced-by-five-axis-machining-1225.html) * * * Get an online quote and injection molding design analysis today. [Get a Quote](https://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Five-Axis Machining Parts - [Blog](https://www.anxin-cnc.com/blog/ "Blog") - [News](https://www.anxin-cnc.com/blog/news/ "News") - News-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](https://www.anxin-cnc.com/blog/What-parts-can-be-produced-by-five-axis-machining-1225.html\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) # What parts can be produced by five-axis machining? 2026-02-16 In the manufacturing of various industries, non-standardized parts are essential. When producing non-standard parts, it is necessary to consider the materials, properties, processing requirements and other factors to decide what equipment and technology to use to produce these parts. When should you choose a five-axis machining center? The application range of five-axis machining is very wide. In terms of material, conventional materials such as steel, aluminum, plastic. In some special industries, such as parts working under high temperature and pressure conditions may use special materials like titanium can also be processed by five-axis machining centers. The steel in conventional materials is most often applied to die steel, which is used for the five-axis processing of die parts such as rubber molds. In addition, stainless steel can also be machined with five axes. Stainless steel materials are often used in medical devices, food-grade related parts. Aluminum in conventional materials is also a more used material in five-axis processing, such as impellers, automation equipment parts, etc., can be processed with five-axis linkage. Plastic materials used for five-axis processing can be hand-plate processing at the stage of product development, or other plastic parts that are not in great demand Due to the advantages of five-axis linkage machining, the shape of the parts that can be processed by five-axis machining is determined. Five-axis machining can be applied to a variety of complex shape parts, curved parts, special-shaped parts and so on. Common five-axis machining workpieces include impeller, gear, thread cone, shaft, rotor, stator and so on. Five-axis machining is highly inclusive of materials and shapes, and can provide efficient, high-precision, high-quality solutions for a variety of custom parts. - [What are the advantages of automatic parts five-axis machining?](https://www.anxin-cnc.com/blog/What-are-the-advantages-of-automatic-parts-five-axis-machining-1226.html) - [What is water transfer printing?](https://www.anxin-cnc.com/blog/What-is-water-transfer-printing-1224.html) * * * Get an online quote and injection molding design analysis today. [Get a Quote](https://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Water Transfer Printing - [Blog](https://www.anxin-cnc.com/blog/ "Blog") - [News](https://www.anxin-cnc.com/blog/news/ "News") - News-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](https://www.anxin-cnc.com/blog/What-is-water-transfer-printing-1224.html\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) # What is water transfer printing? 2026-02-16 Water transfer printing, also known as immersion printing, water transfer imaging, hydro dipping, watermarbling, cubic printing, Hydrographics, or HydroGraphics, is a method of applying printed designs to three-dimensional surfaces. The resulting combinations may be considered decorative art or applied art. The hydrographic process can be used on metal, plastic, glass, hard woods, and various other materials. The water transfer printing process is extensively used to decorate items that range from entire all-terrain vehicles and car dashboards, to small items like bike helmets or other automotive trim. Films can be applied to all types of substrates including plastic, fiberglass, wood, ceramics, and metal. For the most part, if the item can be dipped in water and can be painted using traditional techniques then the hydrographic printing process can be used. We have relevant experience in making water transfer printing surface treatment, and can provide this surface treatment after the product is finished if the customer needs it. If you need, please do not hesitate to contact us. Thank you. - [What parts can be produced by five-axis machining?](https://www.anxin-cnc.com/blog/What-parts-can-be-produced-by-five-axis-machining-1225.html) - [What are the quality control methods for CNC machining?](https://www.anxin-cnc.com/blog/What-are-the-quality-control-methods-for-CNC-machining-1223.html) * * * Get an online quote and injection molding design analysis today. [Get a Quote](https://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Quality Control in CNC - [Blog](https://www.anxin-cnc.com/blog/ "Blog") - [News](https://www.anxin-cnc.com/blog/news/ "News") - News-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](https://www.anxin-cnc.com/blog/What-are-the-quality-control-methods-for-CNC-machining-1223.html\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) # What are the quality control methods for CNC machining? 2026-02-16 The quality control of machining process is an important link to ensure product quality. In the whole processing process, the process and method of quality control determine the final quality level of the product. In the quality control of machining processes, commonly used methods and technologies include but are not limited to the following: 1. Process document management: In the machining process, the process document is the most basic basis for work, including process documents, processing drawings, process cards, etc. By establishing a complete process document management system, we can ensure that each process is operated in accordance with the correct process flow, so as to avoid product quality problems caused by non-standard process flow. 2. Process parameter control: In the process of machining, the control of various parameters is the key to ensure product quality. Including the cutting speed of the tool, feed speed, cutting depth and other parameters of the control, can be achieved through the CNC equipment to achieve accurate control of these parameters, improve the processing accuracy and surface quality of the product. 3. Equipment testing and calibration: Testing and calibration of machining equipment is an important link to ensure product accuracy and quality. For example, by using coordinate measuring instruments to detect the collimation and accuracy of processing equipment, timely correction of equipment to ensure the processing accuracy of products. 4. Online monitoring and testing: real-time online monitoring and testing of the machining process can find the problems in the processing in time, adjust and correct, and avoid the production of product quality problems. For example, in CNC machining, the sensor connected with the control system monitors the machining process in real time, controls the running track and speed of the tool, and ensures the accuracy of the product processing. 5. Reasonable inspection: The inspection of product quality is an important part of the final determination of product quality. Through the formulation of reasonable inspection standards and methods, comprehensive inspection of products can effectively find product quality problems, timely treatment and rectification, improve the product pass rate and customer satisfaction. 6. Statistical analysis: Through statistical analysis of process data and product quality data, the root cause of the problem is found to provide a basis for subsequent quality improvement. Through the establishment of data analysis model and quality management tools, comprehensive analysis and evaluation of product quality, timely discovery and solution of problems. 7. Quality management system: Establish a sound quality management system, strictly follow ISO and other international quality management standards, do a good job of process supervision and records, establish a quality traceability system, and achieve quality control throughout the process. In addition to the above methods, the quality control of machining processes also needs to introduce new technologies and new methods to strengthen the control and improvement of product quality. In the future, with the continuous development and innovation of technology, the quality control of machining technology will be constantly updated and improved, bringing better economic benefits and social value to enterprises. - [What is water transfer printing?](https://www.anxin-cnc.com/blog/What-is-water-transfer-printing-1224.html) - [What processes can be used to milling machining to improve product quality?](https://www.anxin-cnc.com/blog/What-processes-can-be-used-to-milling-machining-to-improve-product-quality-1222.html) * * * Get an online quote and injection molding design analysis today. [Get a Quote](https://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Milling Quality Enhancement - [Blog](https://www.anxin-cnc.com/blog/ "Blog") - [News](https://www.anxin-cnc.com/blog/news/ "News") - News-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](https://www.anxin-cnc.com/blog/What-processes-can-be-used-to-milling-machining-to-improve-product-quality-1222.html\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) # What processes can be used to milling machining to improve product quality? 2026-02-16 Milling machining is a commonly used metal machining method, which achieves the purpose of machining by rotating the tool to cut the metal workpiece. In actual production, if appropriate process measures are taken, the processing quality of the product can be effectively improved. The following will introduce some process methods that can improve product quality: 1\. Choose the right tool: The choice of milling tool has a great impact on the quality of processing. The right tool can ensure that the cutting force is properly distributed, avoiding problems such as vibration and too fast tool wear. Therefore, when milling, it is necessary to choose the appropriate tool according to different workpiece materials and processing requirements. 2\. Reasonable setting of cutting parameters: When milling machine processing, according to the hardness, strength and other characteristics of the workpiece material, reasonable setting of cutting speed, feed speed and cutting depth and other cutting parameters. Reasonable cutting parameters can reduce the cutting temperature and cutting force, avoid excessive deformation and surface burr and other problems, thus improving the processing quality. 3\. Pay attention to cooling lubrication: in the milling machine processing, to ensure the appropriate cooling lubrication of the tool and the workpiece, in order to reduce the cutting temperature, extend the tool life, reduce the surface quality damage. Cutting oil, cutting fluid and other methods can be used for cooling lubrication. 4\. Reasonable fixing of the workpiece: in the milling machine processing, to ensure that the workpiece is fixed firmly to avoid vibration and deformation. It can be fixed by mechanical clamping and magnetic adsorption. At the same time, it is necessary to avoid having too large a gap between the workpiece and the fixture, so as not to affect the machining accuracy. 5\. Reasonable processing sequence: When milling complex workpieces, reasonable processing sequence should be arranged according to the structural characteristics of the workpiece and the degree of processing difficulty. In general, the parts with complex shapes and high precision requirements should be processed first, and then gradually processed in other parts to ensure processing quality and production efficiency. 6\. Timely inspection: When milling machine processing, it is necessary to regularly check the processing of the workpiece, find the problem in time and deal with it. Where there are doubts about the quality of processing, it should be stopped immediately to check, find out the cause of the problem and make adjustments to ensure that the quality of the product meets the requirements. Through the reasonable application of the above process methods, it can effectively improve the quality of the milling machine processing products, reduce the generation of bad products, improve production efficiency, reduce production costs, and improve the competitiveness of enterprises. Therefore, in the actual production, enterprises should pay attention to the improvement and innovation of process technology, and constantly improve the technical level and process quality of employees to achieve continuous improvement and promotion of product quality. - [What are the quality control methods for CNC machining?](https://www.anxin-cnc.com/blog/What-are-the-quality-control-methods-for-CNC-machining-1223.html) - [How does the machining process improve the competitiveness of the product?](https://www.anxin-cnc.com/blog/How-does-the-machining-process-improve-the-competitiveness-of-the-product-1221.html) * * * ![](https://www.anxin-cnc.com/media/azffyncj/pl_new_process_page_ctas_pim-process.jpg?width=1920&height=290&v=1d85ba7337807c0) Get an online quote and injection molding design analysis today. [Get a Quote](https://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Machining Process Benefits - [Blog](https://www.anxin-cnc.com/blog/ "Blog") - [News](https://www.anxin-cnc.com/blog/news/ "News") - News-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](https://www.anxin-cnc.com/blog/How-does-the-machining-process-improve-the-competitiveness-of-the-product-1221.html\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) # How does the machining process improve the competitiveness of the product? 2026-02-16 Machining process is one of the key links of manufacturing industry, which has an important impact on product quality, cost and delivery cycle. In order to improve the competitiveness of products, continuous improvement and optimization of machining processes are needed. First of all, to improve the competitiveness of the product needs to focus on improving the processing accuracy and surface quality. Precision is one of the important indicators to measure product quality, and surface quality directly affects the appearance and function of the product. By adopting advanced processing equipment and technology, as well as optimizing processing parameters and process flow, the processing precision and surface quality of products can be effectively improved. In addition, the introduction of automation equipment and intelligent technology can also reduce human error and further improve the accuracy and surface quality of the product. Secondly, reducing the production cost of products is another important aspect of improving competitiveness. In the machining process, the cost includes raw material cost, processing cost, labor cost and so on. By optimizing the production process and process flow, improving production efficiency, reducing energy consumption and resource consumption, the production cost of products can be effectively reduced. In addition, the production cost of the product can be further reduced by improving the equipment utilization rate and reducing the scrap rate. In addition, shortening the delivery cycle of products is also one of the important means to improve competitiveness. In the highly competitive environment of modern business, timely delivery has become a competitive advantage. By optimizing production planning and production scheduling, improving production efficiency and production flexibility, the delivery cycle of products can be shortened, customer satisfaction can be improved, and market competitiveness can be enhanced. Continuous innovation is the key to improving product competitiveness. As the core link of product manufacturing, mechanical processing technology needs to constantly introduce new technologies, new processes, and continuous innovation to adapt to market demand changes and customer personalized needs. By carrying out technical research and innovation, promoting the progress of machining technology, improving product quality and performance, and expanding the application field of products, the competitiveness of products can be effectively improved. In general, improving the competitiveness of products needs to start from a number of aspects, including improving processing accuracy and surface quality, reducing production costs, shortening delivery cycles, and continuous innovation. Through continuous improvement and optimization of machining technology, the quality and efficiency of products can be improved, the competitiveness of products can be enhanced, and sustainable development can be achieved. - [What processes can be used to milling machining to improve product quality?](https://www.anxin-cnc.com/blog/What-processes-can-be-used-to-milling-machining-to-improve-product-quality-1222.html) - [What impact does the development of machining technology have on the economy?](https://www.anxin-cnc.com/blog/What-impact-does-the-development-of-machining-technology-have-on-the-economy-1220.html) * * * ![](https://www.anxin-cnc.com/media/azffyncj/pl_new_process_page_ctas_pim-process.jpg?width=1920&height=290&v=1d85ba7337807c0) Get an online quote and injection molding design analysis today. [Get a Quote](https://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Impact of Machining Technology - [Blog](https://www.anxin-cnc.com/blog/ "Blog") - [News](https://www.anxin-cnc.com/blog/news/ "News") - News-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](https://www.anxin-cnc.com/blog/What-impact-does-the-development-of-machining-technology-have-on-the-economy-1220.html\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) # What impact does the development of machining technology have on the economy? 2026-02-16 With the continuous development of science and technology, machining technology plays a vital role in the manufacturing industry. Machining process refers to the use of mechanical equipment to metal, non-metal and other materials for cutting, forming, welding, assembly and other processing processes, and finally manufacture parts or products that meet the design requirements. The development of machining technology has a decisive impact on the economy, mainly reflected in the following aspects. First of all, the development of mechanical processing technology has led to the technological upgrading of the manufacturing industry. With the continuous improvement and innovation of mechanical equipment and processing technology, the manufacturing industry can produce more sophisticated and complex products, improving product quality and market competitiveness. This can not only promote the development of the manufacturing industry, but also enhance the technical strength and innovation ability of enterprises, and further promote the development of the economy. Secondly, the development of machining technology has improved production efficiency and reduced production costs. Through automation equipment and intelligent manufacturing technology, the automation and information of the production process can be realized, which greatly improves the production efficiency, shortens the production cycle, and reduces the labor cost and production cost. This can not only improve the profitability of enterprises, but also improve the overall economic efficiency of the country. Third, the development of machining technology has promoted the transformation and upgrading of the manufacturing industry. With the integration and development of information technology and intelligent manufacturing, mechanical processing technology is no longer limited to the traditional processing mode, but to the direction of digital, networked, flexible and intelligent development. Through the application and innovation of machining technology, enterprises can realize the upgrading of production mode, product structure and industrial chain, and improve the competitiveness and market position of enterprises. The development of machining technology has promoted the optimization and upgrading of industrial structure. With the continuous improvement and promotion of mechanical processing technology, traditional heavy industry will gradually shift to high-end manufacturing and intelligent manufacturing. This can not only improve the added value and profit margin of the manufacturing industry, but also accelerate the optimization and upgrading of the industrial structure, and promote the transformation and upgrading of the entire national economy. In general, the development of machining technology has a positive impact on the economy, which can promote the technological upgrading of the manufacturing industry, the improvement of production efficiency, the reduction of production costs, the transformation and upgrading of enterprises and the optimization of industrial structure. At the same time, the development of machining technology has also brought some challenges, such as how to deal with technological upgrading, how to improve the innovation ability of enterprises and other issues need us to further think and solve. With the continuous advancement and improvement of machining technology, we believe that our economy will usher in more prosperous and stable development. - [How does the machining process improve the competitiveness of the product?](https://www.anxin-cnc.com/blog/How-does-the-machining-process-improve-the-competitiveness-of-the-product-1221.html) - [How does machining production meet the needs of different customers?](https://www.anxin-cnc.com/blog/How-does-machining-production-meet-the-needs-of-different-customers-1219.html) * * * ![](https://www.anxin-cnc.com/media/azffyncj/pl_new_process_page_ctas_pim-process.jpg?width=1920&height=290&v=1d85ba7337807c0) Get an online quote and injection molding design analysis today. [Get a Quote](https://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Custom Machining Solutions - [Blog](https://www.anxin-cnc.com/blog/ "Blog") - [News](https://www.anxin-cnc.com/blog/news/ "News") - News-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](https://www.anxin-cnc.com/blog/How-does-machining-production-meet-the-needs-of-different-customers-1219.html\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) # How does machining production meet the needs of different customers? 2026-02-16 Machining production, as an important production mode, has its unique advantages and characteristics in meeting different customer needs. In today’s increasingly competitive market environment, customer needs are diversified, and different customers have different requirements for product quality, delivery cycle, customized needs, etc. Therefore, how to effectively meet different customer needs and improve production efficiency and product quality is a problem that every machining and production enterprise needs to face and solve. First of all, machining production provides customized production services, which can be customized according to customer needs. Customers can choose the right materials, processing technology and specifications according to their own needs, and customize products that meet their own needs. Through in-depth communication and understanding with customers, machining and production enterprises can flexibly adjust production plans according to customer requirements to ensure that the products produced can fully meet customer needs. Secondly, machining production has the advantage of high automation and precision processing, which can improve production efficiency and product quality. Through the introduction of advanced CNC machine tools, automated production lines and intelligent management systems, the production process is automated and digitized, reducing production costs and shortening production cycles. At the same time, precision machining technology and strict quality control standards can ensure that the products produced have a high degree of accuracy and stability, to meet the customer’s requirements for product quality. Third, machining production has flexible production capacity and fast response speed, which can effectively respond to changes in customer demand and urgent orders. Machining production enterprises are usually equipped with multiple CNC machine tools and a technical team with rich experience, which can flexibly deploy production resources and quickly respond to customer orders. At the same time, close cooperation with the supply chain and fast logistics channels can ensure the rapid delivery of products and timely arrival of customers. Mechanical processing production through the introduction of information management system and quality control system, to achieve the visual and standardized management of the production process, improve product quality and production efficiency. Through real-time monitoring of the production process and data analysis, problems are found and production plans are adjusted in time to ensure stable and reliable product quality. At the same time, establish and improve the quality management system and after-sales service system, improve customer satisfaction and loyalty, and constantly enhance the competitiveness of enterprises and market position. To sum up, machining production has its irreplaceable advantages and characteristics in meeting the needs of different customers. Through flexible customized production services, efficient automated production technology, flexible and rapid production capacity and standardized and accurate quality management system, production efficiency and product quality can be effectively improved, and a win-win situation can be achieved to meet the needs of customers and the development goals of enterprises. In the future, with the continuous progress of science and technology and the constant changes in market demand, mechanical processing production will usher in a broader development space and opportunities, and become a key force to promote the transformation and upgrading of the manufacturing industry. - [What impact does the development of machining technology have on the economy?](https://www.anxin-cnc.com/blog/What-impact-does-the-development-of-machining-technology-have-on-the-economy-1220.html) - [Comparison of advantages and disadvantages of CNC machining center and CNC milling machine](https://www.anxin-cnc.com/blog/Comparison-of-advantages-and-disadvantages-of-CNC-machining-center-and-CNC-milling-machine-1218.html) * * * Get an online quote and injection molding design analysis today. [Get a Quote](https://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## CNC Machines Comparison - [Blog](https://www.anxin-cnc.com/blog/ "Blog") - [News](https://www.anxin-cnc.com/blog/news/ "News") - News-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](https://www.anxin-cnc.com/blog/Comparison-of-advantages-and-disadvantages-of-CNC-machining-center-and-CNC-milling-machine-1218.html\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) # Comparison of advantages and disadvantages of CNC machining center and CNC milling machine 2026-02-16 CNC machining centers and CNC milling machines are common CNC machine tools, which play a very important role in industrial production. They can all be used to process parts of various materials, but in practical applications, they each have advantages and disadvantages. The following will be a detailed comparison of CNC machining center and CNC milling machine. CNC machining center is a multifunctional CNC machine tool that integrates milling, drilling, tapping and other processing functions. Compared with CNC milling machines, the main advantages of CNC machining centers are as follows: 1\. Strong versatility: CNC machining center integrates a variety of processing functions, can complete complex processing tasks, such as not only surface milling, surface milling, but also hole processing, tapping and other operations. 2\. High production efficiency: Due to the versatility of the CNC machining center, multiple processes can be completed on the same machine tool, avoiding the secondary clamping of the workpiece, reducing the processing time and improving the production efficiency. 3\. High precision: CNC machining center is equipped with high-precision control system and strong stability of the spindle, can achieve high-precision machining, suitable for high machining accuracy requirements of the workpiece. 4\. High degree of automation: CNC machining center can realize automatic processing, only need to enter the processing program, the machine can automatically process according to the predetermined path and sequence, without manual intervention. However, CNC machining centers also have some disadvantages, such as higher prices, large footprint, and high maintenance costs. CNC milling machine is a kind of CNC machine tool that can only be milling. Compared with CNC machining centers, the main advantages of CNC milling machines are as follows: 1\. Lower price: CNC milling machine compared with CNC machining center, the price is lower, suitable for some small enterprises or individual factories to buy and use. 2\. Small footprint: The CNC milling machine occupies a relatively small area in the factory, which is suitable for factories or workshops with limited space. 3\. Simple operation: CNC milling machine can only be milling, the operation is relatively simple and easy to learn, suitable for beginners or unskilled workers. 4\. Easy maintenance: CNC milling machine structure is relatively simple, low maintenance costs, maintenance and replacement parts are also more convenient. However, CNC milling machines also have their disadvantages, such as single function, low production efficiency, and slightly lower processing accuracy. In summary, CNC machining centers and CNC milling machines have their own advantages and disadvantages, and the choice of which machine tool needs to be determined according to the specific processing needs and economic conditions. For some enterprises that need to complete complex machining tasks and have high machining accuracy requirements, CNC machining centers are a good choice; For some small businesses or beginners, CNC milling machines may be more suitable. In actual production, it can be selected according to the specific situation to ensure that production efficiency and product quality are improved to a certain extent. - [How does machining production meet the needs of different customers?](https://www.anxin-cnc.com/blog/How-does-machining-production-meet-the-needs-of-different-customers-1219.html) - [How to check the machining accuracy of CNC machining center?](https://www.anxin-cnc.com/blog/How-to-check-the-machining-accuracy-of-CNC-machining-center-1217.html) * * * ![](https://www.anxin-cnc.com/media/azffyncj/pl_new_process_page_ctas_pim-process.jpg?width=1920&height=290&v=1d85ba7337807c0) Get an online quote and injection molding design analysis today. [Get a Quote](https://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## CNC Machining Accuracy Check - [Blog](https://www.anxin-cnc.com/blog/ "Blog") - [News](https://www.anxin-cnc.com/blog/news/ "News") - News-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](https://www.anxin-cnc.com/blog/How-to-check-the-machining-accuracy-of-CNC-machining-center-1217.html\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) # How to check the machining accuracy of CNC machining center? 2026-02-16 CNC machining centers are one of the commonly used processing equipment in modern manufacturing industry, with the advantages of high precision, high efficiency, and high stability. They are widely used in the aviation and aerospace, automotive, electronics, and communication industries. During the processing process, processing accuracy is a critical indicator, directly related to the quality and performance of the processed parts. Therefore, it is very important to detect the processing accuracy of CNC machining centers. The machining accuracy of CNC machining center mainly includes positioning accuracy, repeatability accuracy, machining accuracy, surface roughness, etc. Below, we will introduce how the machining accuracy of CNC machining center is inspected. 1. Positioning accuracy: Positioning accuracy refers to the relative position accuracy between the workpiece and the processing tool during processing in a CNC machining center, which is usually represented by coordinate errors. The detection of positioning accuracy can be achieved by installing a laser interferometer or other precision testing instruments on the CNC machining center, and the deviation between the position of the processing tool and the surface of the workpiece can be detected by the laser interferometer, thus obtaining the data of positioning accuracy. 2. Repeatability accuracy: Repeatability accuracy refers to the consistency of the workpiece’s positioning accuracy when a CNC machining center performs the same machining task multiple times. The repeatability accuracy can be tested by performing the same machining task multiple times on the same workpiece and then measuring the workpiece using a coordinate measuring machine or other equipment to obtain the deviation data. 3. Machining accuracy: Machining accuracy refers to the dimensional accuracy that a CNC machining center can achieve during machining, which is usually expressed by dimensional tolerance. The machining accuracy can be detected by machining a set of standard workpieces and then measuring the dimensional accuracy of the workpieces using measurement instruments, thus obtaining the data of machining accuracy. 4\. Surface roughness: Surface roughness refers to the smoothness and flatness of the workpiece surface obtained by CNC machining center, which is usually expressed by surface roughness parameters. The surface roughness of the workpiece can be detected by using surface roughness measuring instruments to measure the surface of the processed workpiece, thereby obtaining the data of surface roughness. - [Comparison of advantages and disadvantages of CNC machining center and CNC milling machine](https://www.anxin-cnc.com/blog/Comparison-of-advantages-and-disadvantages-of-CNC-machining-center-and-CNC-milling-machine-1218.html) - [What Are Advantages Of CNC Machining?](https://www.anxin-cnc.com/blog/What-Are-Advantages-Of-CNC-Machining-1206.html) * * * Get an online quote and injection molding design analysis today. [Get a Quote](https://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## CNC Machining Advantages - [Blog](https://www.anxin-cnc.com/blog/ "Blog") - [News](https://www.anxin-cnc.com/blog/news/ "News") - News-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](https://www.anxin-cnc.com/blog/What-Are-Advantages-Of-CNC-Machining-1206.html\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) # What Are Advantages Of CNC Machining? 2026-02-11 #### 1\. High Precision, Good Consistency One of the most significant advantages of CNC machining in our factory compared to manual machining is precision. Without the constant attention of a skilled operator, once programmed, CNC machines are able to maintain a high degree of consistent part quality in mass production. #### 2\. Efficiency And Productivity One of the advantages of CNC machining at ANXIN is that it is faster. In the use of CNC machine tools, because CNC machine tools can be mass-produced 24 hours without fatigue, the operator can be more efficient #### 3\. Flexibility And Adaptability The CNC machining in ANXIN’s factory can complete any mechanical part you can think of, just be able to give the product drawings, they are different from the traditional machine production process, because the CNC machine can be programmed to adapt to different design requirements or production tasks, so its products are very adaptable #### 4\. More Detailed Processing The CNC machining at the ANXIN’s plant can achieve very fine tolerances and is suitable for high-precision engineering requirements. It can also be machined to a smooth surface, reducing the need for subsequent finishing. - [How to check the machining accuracy of CNC machining center?](https://www.anxin-cnc.com/blog/How-to-check-the-machining-accuracy-of-CNC-machining-center-1217.html) - [OEM / ODM Casting Services - Anxin CNC](https://www.anxin-cnc.com/blog/OEM-ODM-Casting-Services-Anxin-CNC-1204.html) * * * ![](https://www.anxin-cnc.com/media/azffyncj/pl_new_process_page_ctas_pim-process.jpg?width=1920&height=290&v=1d85ba7337807c0) Get an online quote and injection molding design analysis today. [Get a Quote](https://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]() ## Casting Services Overview - [Blog](https://www.anxin-cnc.com/blog/ "Blog") - [News](https://www.anxin-cnc.com/blog/news/ "News") - News-Anxin Precision Metal | | | --- | | ![Screen capture]() | ## [$h2](https://www.anxin-cnc.com/blog/OEM-ODM-Casting-Services-Anxin-CNC-1204.html\#) $hl ![Loading..]() [![AddSearch - Site Search for your website]()](https://www.addsearch.com/?utm_source=customer&utm_medium=referer&utm_campaign=customer) # OEM / ODM Casting Services - Anxin CNC 2026-02-11 #### 1\. Theory Investment casting is a special casting method compared to traditional casting technology. It can obtain relatively accurate shape and high casting precision. The more common method is: first design and manufacture the mold according to the product requirements (with a very small or no allowance). Cast wax by casting method to obtain the original wax pattern; repeat the coating and sanding process on the wax pattern, harden the shell and dry it; then melt the internal wax pattern and obtain the cavity as dewaxing; bake the shell To obtain sufficient strength and air permeability; pour the required metal materials; remove the sand after shelling, so as to obtain high-precision finished products. According to the needs of the product, heat treatment and cold processing are carried out. #### 2.Advantages A. Easy production for complex parts: with complex shapes and inner cavities B. Wide range of application: 1)Casting materials areunlimited. It’sthe only molding process for materials with poor plasticity (such as cast iron, etc.).2)The size and wall thickness of castings are almost unlimited.3)Thelargebatch is not limited. #### 3\. Principles of Casting Method Selection (1) Sand casting is preferred, and wet casting is preferred (2) The casting method should be compatible with the production batch. A. Factories that mass-produce castings in large quantities should create conditions to adopt technologically advanced molding and core-making methods. B. Castings produced in small batches of one piece - heavy castings produced in small batches of one piece. Hand shaping is still an important method. Manual modeling can adapt to various complex requirements and is more flexible, and does not require a lot of process equipment. C. Special casting low pressure casting, die casting, centrifugal casting and other casting methods. Due to the high price of equipment and molds, it is only suitable for mass production. (3) The molding method should be suitable for the factory conditions. (4) Take into account the accuracy requirements and cost of castings. - [What Are Advantages Of CNC Machining?](https://www.anxin-cnc.com/blog/What-Are-Advantages-Of-CNC-Machining-1206.html) - [OEM/ ODM CNC Machining Parts Services](https://www.anxin-cnc.com/blog/OEM-ODM-CNC-Machining-Parts-Services-1203.html) * * * Get an online quote and injection molding design analysis today. [Get a Quote](https://www.anxin-cnc.com/contact/ "Get A Quote") a17085262301.cdn.optimizely.com # a17085262301.cdn.optimizely.com is blocked This page has been blocked by an extension - Try disabling your extensions. ERR\_BLOCKED\_BY\_CLIENT Reload This page has been blocked by an extension ![]()![]()