In the mechanical processing industry, the processing accuracy often determines the quality of the processed parts to a large extent, and precision metal processing parts are a very demanding processing method, which can achieve better results compared with traditional processing methods. And it has many advantages that other processing methods do not have, so what are the advantages of precision metal processing parts? Let's take a look below:


Precision metal processing can be controlled by multi-axis: Generally speaking, three-axis linkage is the most commonly used, but through some adjustments, four-axis, five-axis, seven-axis and even more axis-linked machining centers can be realized. Precision metal processing can be performed in parallel with the machine tool: the function of the ordinary machining center is relatively fixed, and the machining center and the turning center or the vertical and horizontal machining centers can be combined together to increase the machining range and machining capacity of the machining center.
 
Precision warning of tool damage in precision metal processing: using some technical detection methods, you can find the wear and damage of the tool in time and alarm, so that the tool can be replaced in time to ensure the processing quality of parts. Precision hardware processing can unify the management of multiple tools working simultaneously and multiple blades on the same tool, thereby improving production efficiency.
 
Precision hardware processing can set the maximum load according to the load in the production process. When the load reaches the set value, the machine tool can automatically power off and stop to protect the machine tool. Precision metal processing has high production efficiency. CNC hardware processing can process multiple surfaces simultaneously. Compared with ordinary lathe machining, it can save a lot of procedures and time, and the quality of CNC machining parts is much more stable than ordinary lathe.
 
High degree of automation in precision hardware processing greatly reduces the manual labor intensity of workers. Workers do not need to control the entire process like ordinary lathes during processing, mainly to observe and supervise lathes. However, the technical content of the corresponding CNC machining is higher than that of ordinary lathes, so it requires more mental work than ordinary lathes.