In fact, in our CNC processing industry, the practice of CNC non-standard parts processing is still relatively common, but for some laymen, it may not be familiar with it, but those who have learned how to use it may not necessarily know What is its function, this is still for us to understand, of course, in the process of our work, we will gradually understand some, so let's understand what the function of CNC non-standard parts processing is!
The role of CNC non-standard parts processing in the non-standard parts processing center is a high-efficiency, high-precision CNC machine tool, which can complete multiple processes in one clamping. It also has a tool library and an automatic tool change function. The CNC non-standard parts machining center can realize the linkage control of three or more axes to ensure that the tool can process complex surfaces. In addition to linear interpolation and circular interpolation, the CNC non-standard parts processing center can also realize the processing of various processing fixed rings, automatic compensation of tool radius, automatic compensation of tool length, processing graphic display, man-machine dialogue, automatic fault diagnosis, Offline programming, etc.
The role of CNC non-standard parts processing is developed from CNC milling machines. The biggest difference is that the machining center of the CNC milling machine has the ability to automatically exchange the machining tools. By installing the tools for different purposes in the tool magazine, through the automatic tool changer, the machining tools on the spindle can be replaced in one clamping. , so as to achieve a variety of processing functions.
The role of CNC non-standard parts processing in industrial production involves issues such as materials, processes, costs, and usage. There are many CNC non-standard parts that cannot be mass-produced by machines. Therefore, the miniaturization of CNC non-standard parts requires Some special processes may also involve manual processing in the middle. Commonly used methods include CNC, fast mold, vacuum silicone composite mold and other processes to achieve small batch production.