Relationship between precision machining technology and mechanical design and manufacturing process

The modern mechanical manufacturing process integrates the basic technology of modern manufacturing industry, including computer, modern control, sensor detection and network communication technology. The advantages lie in high precision, high efficiency and strong automation ability. It can effectively realize automatic and intelligent process level. For mechanical manufacturing, precision machining technology is of great significance. Mechanical design and manufacturing process is mainly used in the whole process of material supply and product transportation, and the most important process is machining process. The quality of products directly depends on the precision of machining. Therefore, the improvement of machining technology plays a positive role in improving product quality. In the process of mechanical processing and manufacturing, it is not only necessary to accurately grasp each link, but also to accurately apply precision processing technology to ensure the production quality of products. Precision processing technology and manufacturing process technology have the same important position in mechanical manufacturing. Precision processing technology is the basis and premise of mechanical manufacturing process. In the process of mechanical manufacturing, if there is no precision processing technology, the entire process will not be complete, production efficiency will be greatly reduced, and product quality will be affected accordingly. Only in the process of mechanical design and manufacturing can the precision machining technology fully play its positive role in order to ensure the quality and level of the process. At present, while pursuing product quality, China’s automobile manufacturing industry pays more attention to the improvement of precision processing technology, thus demonstrating the comprehensive competitive strength of the automobile manufacturing industry.