What are the basic process steps for machining mechanical parts?

Mechanical parts processing refers to the use of various mechanical processing methods to process raw materials or blanks into parts that meet design requirements. The steps of machining mechanical parts include: 1. Determine the part design drawings and conduct process analysis. 2. Choose appropriate processing materials. Develop a process route for machining parts, including rough machining, semi precision machining, and precision machining stages. 4. Determine the equipment, cutting tools, fixtures, measuring tools, and auxiliary tools required for each process. 5. Determine the technical requirements and inspection methods for each process. 6. Preparation work before processing, such as installing cutting tools, fixtures, measuring tools, etc. 7. Perform rough machining, remove excess raw materials, and preliminarily form the shape and size of the parts. 8. Perform semi precision machining to further improve the shape and size of the parts, in preparation for precision machining. 9. Perform precision machining to meet the requirements of the design drawings, including cutting, grinding, polishing, and other processing methods. 10. Conduct inspection and quality control to ensure that parts meet design requirements and quality standards. 11. Perform post-processing such as cleaning, rust prevention, packaging, etc.