| Quantity: | |
|---|---|
| Product name | Metal Aluminum Fabrication Manufacturers High Precision 5 Axis CNC Parts |
| Tolerance | ±0.002mm (Custom Available) |
| Roughness | Ra0.2-Ra3.2 (Custom Available) |
| Certificate | ISO9001:2015 |
| MOQ | 1 Piece |
| Material | Aluminum Brass Plastic Steel |
| Surface treatment | Anodizing/Polishing/Plating/Painting |
| Popular Color | black/blue/dark grey/orange/red, etc |
| Service | One-Stop Service/Machining-Assembly |
| Certification | SO9001/TS16949/QS/ISO14001 |
| Quality control | 100% Inspection |
As a premier metal and aluminum fabrication manufacturer, we specialize in high - precision 5 - axis CNC parts that set the standard for dimensional accuracy and surface finish. Our state - of - the - art facility combines advanced 5 - axis machining with rigorous quality control, enabling us to produce complex components for industries where precision is non - negotiable.
Focusing on aluminum and other metals (stainless steel, titanium, copper), we handle everything from raw material procurement to final inspection. The 5 - axis technology allows us to machine parts with intricate geometries in a single setup, reducing errors from multiple fixturing and ensuring seamless transitions between curved surfaces. Whether it's a small aluminum aerospace bracket or a large stainless steel structural component, our process guarantees tolerances as tight as ±0.005mm and surface finishes down to Ra 0.4μm.
1. Uncompromising Precision: Our 5 - axis CNC machines are equipped with high - resolution encoders and thermal compensation systems, maintaining accuracy even during long - duration machining of heat - sensitive materials like aluminum.
2. Complex Geometry Mastery: From sculptural aerospace components with compound curves to medical implants with patient - specific contours, our 5 - axis capability eliminates the need for manual finishing, ensuring every surface meets design intent.
3. Material Performance Optimization: For aluminum, we leverage alloys like 7075 - T6 for high - strength applications and 6061 - T6 for excellent machinability. Post - machining heat treatment (when required) further enhances mechanical properties.
4. Integrated Fabrication Services: Beyond machining, we offer welding, stamping, and assembly for multi - component metal structures, providing a comprehensive solution for complex assemblies.
Aerospace & Aviation: Critical 5 - axis machined aluminum wing ribs, titanium engine casings, and stainless steel landing gear components, all certified to AS9100D standards for aerospace quality.
Medical Devices: Custom - fit aluminum orthopedic implants and stainless steel surgical robotics parts, precision - machined to match anatomical structures with sub - micron accuracy.
Semiconductor Industry: Ultra - flat aluminum wafer carriers and stainless steel vacuum chamber components, ensuring zero contamination and dimensional stability in cleanroom environments.
Optical Engineering: Precision - machined aluminum mirror mounts and stainless steel lens barrels, where angular accuracy and surface flatness are crucial for optical system performance.
Q: What industries do your high - precision parts serve most frequently?
A: Aerospace, medical devices, semiconductor, and optical industries are our primary sectors, all requiring strict adherence to international quality standards and extreme dimensional control.
Q: Can you machine parts with a high depth - to - diameter ratio?
A: Yes, our long - reach 5 - axis tools and advanced chip evacuation systems allow us to machine deep cavities (up to 200mm depth) in aluminum and other metals while maintaining straightness and surface finish.
Q: How do you handle traceability for certified materials?
A: Every batch of material is tracked from receipt to shipment, with lot numbers recorded in our ERP system. We provide full traceability documentation, including mill certificates, heat treatment records, and inspection reports.
Q: What is your approach to prototyping high - precision parts?
A: We use the same production - grade machines for prototyping, ensuring that the first article matches the quality of production parts. This minimizes design iteration time and ensures seamless transition to mass production.
