The processing technology of stamping parts usually includes a series of fine processes that ensure the quality and precision of stamping parts. The following are the main steps of stamping parts processing:

1. Mold design: Designing the mold according to the specific shape, size and material characteristics of the stamping parts is the key link in the entire processing process and directly determines the quality and precision of the stamping parts.

2. Cutting and blanking: After marking the dimensions on the drawing, select the appropriate plate according to the drawing requirements. Then use a shearing machine to cut the material into the required shape, such as a circle or rectangle.

3. Punching (cutting): Use the upper and lower dies of the punching machine to stamp the material to form a preliminary shape.

4. Trimming: Grind the product burrs to ensure that the edges of the stamping parts are smooth.

5. Forming: Use a press to press the semi-finished workpiece into the required shape and size of the product parts.

6. Fine stamping: Check the accuracy of the product, including rough and fine grinding, to ensure that the product quality is qualified.

7. Inspection: Finally, inspect the appearance quality and size of the product to ensure that the product meets the requirements of the drawings.

In addition to the above main steps, the processing technology of stamping parts also involves a variety of processing methods and equipment. For example, cold stamping, hot forging and warm extrusion are common processing methods, each of which has its own specific process and advantages and disadvantages. In addition, equipment such as punching machines, dies, presses, shearing machines and CNC machining centers also play a key role in the processing of stamping parts.

In order to improve the processing efficiency of stamping parts, it is also necessary to optimize the design of the mold, reasonably select materials, and adjust the process parameters. At the same time, strict quality control and testing throughout the production process are also important measures to ensure product quality and reliability.

It should be noted that since the processing of stamping parts involves multiple links and complex processes, in actual operation, it is necessary to formulate appropriate processing technology and operating procedures based on specific product requirements and production conditions to ensure the quality and processing efficiency of stamping parts.