The processing of aluminum alloy prototype parts is the process of processing aluminum alloy materials into prototype parts, usually including the following steps:
 
1. Design planning: Determine the size, shape, and functional requirements of the parts.
2. Material selection: Select suitable aluminum alloy materials.
3. CNC programming: According to the design, write machining programs for CNC machine tools.
4. Processing preparation: Install cutting tools, fixtures, etc.
5. CNC machining: Cutting, drilling, and other operations are carried out using CNC machine tools.
6. Precision machining: such as polishing, polishing, etc., to improve surface quality.
7. Quality inspection: Check size, shape, surface quality, etc.
8. Cleaning treatment: Remove impurities and dirt.
The advantages of processing aluminum alloy prototype parts include:
9. Lightweight: Easy to carry and install.
10. Good mechanical properties: high strength and certain toughness.
11. Easy to process: Multiple processing methods can be used.
12. Good thermal conductivity: suitable for some occasions with heat dissipation needs.
The application areas include:
13. Aerospace: Trial production of aircraft components.
14. Automotive industry: Prototype development of vehicle components.
15. Electronic products: manufacturing of shells, structural components, etc.
 
During the processing, the following points should be noted:
 
1. Choose appropriate machining parameters to ensure machining quality.
2. Strictly control tool wear to ensure machining accuracy.
3. Pay attention to heat dissipation during the processing to avoid overheating affecting the quality of the parts.