High -precision part processing must produce high -quality and stable products. So how to improve the processing quality of high -precision parts in the production process?

First, employees must have sufficient processing experience and solid technical skills. Mechanical processing can only be completed with detailed technology. We all know that mechanical processing is equally detailed. Even if it can be done well, it takes a long time to hone the production process. If the hardware manufacturing process does not start from the beginning, it will easily fail.

Secondly, whether the production, processing and production process is excellent, it also determines whether the goods are high quality. This is also an important positioning point for people to formulate the enterprise management system.

Third, we must pay attention to communication in the process of production and manufacturing. Whether it is the time of the connection point or any problems, we need to change the pass. The communication between manufacturers and machinery manufacturers is the basic standard for processing automation mechanical parts processing. Production and processing personnel usually complete production work according to the design drawings, but when more and more hardware parts are processed, many processing technologies can be optimized and improved, controlling costs, and improving work efficiency. In the process of production, processing, and drilling, changes in support points may cause deformation, which may lead to differences in small hardware processing and the accuracy differences in product workpieces.

High -precision hardware processing surface treatment technology

In specific work, high -precision parts have high requirements for hardness and flexibility. The performance and service life of hardware parts have a lot to do with surface performance. The improvement of surface performance does not rely on raw materials to achieve it, but also a very economical approach. However, it is necessary to standardize its performance in specific processing. If the surface solution technology is used, this can usually achieve the actual effect of less than half the effort. In recent years, this technology has also achieved rapid development. The mold polishing technology is a very critical stage in the mold surface solution industry, and it is also the main processing technology in product workpieces processing. The surface treatment process of high -precision parts is very critical during the entire processing process, so what is the surface treatment process of high -precision parts hardware processing?

In the process of polishing and polishing the surface of the mold housing of high -precision parts, it will not only be affected by the processing process and polishing machinery, but also the mirror glass degree of the parts of the parts. This does not get enough attention in the current processing, which also indicates that polishing and polishing itself will be damaged by raw materials. Although processing technology is constantly innovating and upgrading to improve the surface performance of high -precision parts, most of them are used for high -precision part processing, mainly for the accumulation of hard substrates, and nitride and nitrogen seepage technology.

Because nitride technology can obtain high -level surface performance, and the processing technology of nitride technology of the hardware processing plant is very consistent with the thermal treatment process of steel in high -precision parts, and the nitride temperature is very low. Therefore, it is solved to solve the solution After nitride technology, there may not be a fierce cooling process, so the deformation of high -precision parts will be very small. Therefore, nitride technology is also one of the earliest technologies used to improve surface performance during the processing of high -precision parts, and it is also the most widely used technology.

What are the advantages of hardware precision hardware treatment?

1. The CNC processing accuracy of the precision hardware shaft is high, and the processing quality is stable;

2. You can complete the linkage of multiple coordinate systems, which can process complicated parts;

3. When the precision hardware CNC processing parts changes, the hardware stamping process generally only needs to change the procedures of the CNC machine tool to save the production site management time;

4. The high precision and stiffness of the machine tool can choose useful processing purposes, high production efficiency (generally 3 to 5 times that of ordinary machine tools);

5. High -level machine tool automation technology will reduce labor efficiency;

CNC high -precision processing is the main feature of precision hardware parts, and the CNC knife has a short application time. The dagger tool can significantly reduce the error of the CNC blade, thereby obtaining better surface quality, preventing repair, reducing the demand for welding wires, and shortening the time of electric spark processing. When fully considering the five -axis processing, the overall goal of using the five -axis processing mold for hardware processing must be considered: as much as possible to use very short tool processing all products, while reducing programming, clamping and processing time, but obtaining more extreme surface surfaces quality,