Precision machinery parts processing is a difficult manufacturing process, which involves a number of links and steps, requiring a high level of technology and strict operation process. Below, we will introduce the process flow of precision machinery parts processing in detail.

First, part design

First of all, the parts to be processed need to be designed to determine the size, shape, material and other parameters of the parts, as well as processing accuracy and surface finish requirements. Factors such as actual application scenarios and production costs need to be considered in the design.

Second, material preparation

Next, we need to prepare the raw materials required for parts processing, including metal materials, plastics, etc. In general, the materials used in the processing of precision machinery parts are high-strength and high-hardness alloy materials, which need to undergo strict material screening and quality testing to ensure the quality and performance of the parts.

Third, processing technology selection

According to the shape of the parts, materials and other factors, choose the appropriate processing technology, including milling, turning, drilling, planing and so on. For different parts shapes and requirements, different processing processes and tools need to be used.

Fourth, equipment Settings

In the processing of precision mechanical parts, it is necessary to use a variety of professional processing equipment and tools, such as CNC machine tools, machining centers, grinding machines, discharge motors, etc. Before processing, the equipment needs to be set and adjusted to ensure the processing effect and accuracy.

Fifth, processing operation

The processing operation is the most critical part of the entire processing process, and it needs to cooperate with the equipment for precise operation to ensure the processing quality and accuracy of the parts. The machining operation needs to strictly abide by the operating procedures and operating processes, such as the selection of tools, the fixing of workpieces, and the adjustment of processing speed.

Sixth, test the quality

After the precision machinery parts are processed, it is necessary to carry out quality testing on the parts to check whether the processing accuracy, surface finish, hardness and other indicators meet the requirements. Commonly used testing methods include measurement, microscopic observation, hardness testing, etc.

Seventh, surface treatment

Finally, the surface of the parts is treated, including rust removal, polishing, painting, etc., so that the surface of the parts can achieve a certain finish and anti-corrosion effect, so as to improve the service life and beauty of the parts.

To sum up, the processing process of precision mechanical parts includes multiple links and steps, and requires technical personnel to cooperate with various equipment for precision processing to ensure the quality and accuracy of parts. Only by strictly adhering to the operating procedures and operating processes, and using high-quality raw materials and advanced processing technology, can we produce high-quality, high-performance precision mechanical parts.