Precision mechanical parts processing requires very detailed calculations and designs to ensure accuracy and quality. Proper materials, cutting techniques and inspection methods are all keys to success. Precision machining is truly a craft that is both art and science.
1.Material selection
Before machining precision machine parts, choosing the right material is crucial. Common materials include steel, aluminum, copper, plastic, etc. Choosing the right materials can greatly improve the wear resistance and strength of your accessories.
2. Calculation and Design
Before processing precision mechanical parts, calculation and design are required. Using CAD software allows you to create 3D models and ensure that every detail has been considered. Factors such as tool size, cutting speed and cutting depth should be considered when designing.
3. Cutting
After preparing the materials and tools, you can proceed with the cutting work. Use tools such as high-speed drills, milling cutters, and turning tools for cutting and finishing. Using CNC machines allows for greater precision and fewer errors.
4. Grinding and coating
After cutting is complete, the parts can be ground and coated. Grinding smoothes the surface and removes remaining material. Coatings improve wear resistance, rust protection and aesthetics.
5. Check quality
Finally, the produced parts are checked for quality and accuracy. The size and shape of parts can be measured using tools such as microscopes, calipers, and CMMs. After confirming that the quality meets the requirements, the manufactured parts can be delivered to the customer or installed into the machine.
