Mechanical processing technology is the manufacturing and processing steps of a workpiece or component. The use of mechanical processing methods to directly change the shape, size, and surface quality of the blank, making it a part, is called mechanical processing technology. For example, the processing process for ordinary parts is rough machining, precision machining, assembly, inspection, and packaging, which is a general processing process.
Mechanical processing technology is a detailed description of each step and process that changes the shape, size, relative position, and properties of the production object on the basis of the technology, making it a finished or semi-finished product. For example, rough machining may include blank manufacturing, polishing, etc., while precision machining can be divided into automobiles, fitters, milling machines, etc. Each step has detailed data such as roughness, tolerances, etc.
Technicians determine the process flow based on the quantity of products, equipment conditions, and worker quality, and write the relevant content into the process file, which is called the process procedure. This is more targeted. Due to different actual situations, each factory may be different.
Generally speaking, the process flow is the guideline, the processing process is the detailed parameters for each step, and the process regulations are the specific processing techniques formulated by the factory based on the actual situation.
Mechanical processing process flow.
The machining process specification is one of the process documents that specifies the machining process and operating methods of parts. Under specific production conditions, more reasonable processes and operating methods are written into process documents in a prescribed form, and approved for use in guiding production. The mechanical processing process regulations generally include the following contents: workpiece processing process route, specific content of each process, equipment and process equipment, workpiece inspection engineering and methods, cutting quantity, time quota, etc.
