CNC machining general refers to the precise mechanical processing of electronic computer numerical control machine tools, numerical control machining CNC lathes, numerical control machining machines, numerical control machining CNC machines, etc. It is a new processing technology, with the primary task of customizing processing programs and converting the original manual production work into software programming. Handmade processing naturally requires experience. Next, we will explain the working principles and advantages of CNC machining to everyone.
The working principle of CNC machining:
1. When the CNC system is activated, the required machining specifications are programmed into the system and assigned to corresponding specialized tools and equipment, which perform specific dimensional tasks like intelligent robots.
2. In CNC washing machine programming, the code generator in the data system usually assumes that the system is flawless. Although there is a probability of problems, when CNC machine equipment is marked to cut in multiple directions simultaneously, this probability will be higher. The placement of CNC blades in a CNC system consists of a series of insertion descriptions called part programs.
3. Apply a CNC lathe and type in the program seat through a hole punch. In contrast, the CNC lathe’s control room uses a small number keyboard for electronic computers. The Cnc programming is stored in the computer memory, and the code itself is written by the programmer and written by the user. Therefore, CNC systems provide a more general level of computation. The key is that the CNC system is never static, as the upgrade reminder can be added to the pre existing program by changing the code.
Advantages of CNC machining
Reduce the number of fixtures significantly, and parts with complex processing styles do not require complex fixtures. To change the shape and specifications of the parts, it is only necessary to modify the part processing program, adapt to the development, design, and update of new products. 2. The processing quality is stable, the processing accuracy is high, and the repeated high precision meets the requirements of aircraft processing. In the case of multiple types and small batch production, the production efficiency is high, which can reduce the time for production site management, CNC lathe adjustment, and process testing, and reduce the cutting time due to the application of cutting volume. 0 can process complex surfaces that cannot be processed by conventional methods, and even some machining positions that cannot be observed.