The peripheral grinder is a high-precision, CNC-controlled 3-axis linkage, automatic, electrical, hydraulic and pneumatic integrated performance machine. The peripheral CNC 

grinder manufactured by our company is equipped with a sonar system and an automatic measurement and control system from an overseas manufacturer. The software and 

air intake system and air tightness system further improve the precision and reliability of CNC lathes. Automatic left and right materials, automatic steel parts passing 

identification, express sorting, and mobile phone systems make CNC lathes more efficient and reliable. The precision of production and processing is sufficiently improved, 

and product costs are significantly reduced. It can maintain unmanned production and processing for a certain period of time, and at the same time, it can maintain more 

than one person processing.

During the process of peripheral grinding and CNC grinding processing, the CNC machine tool, hydraulic system and circuit system output matching control signals and 

online monitoring signals, which is a reliable guarantee for the CNC lathe to maintain automatic operation. Among them, CNC machine tools are basically professionally 

developed by overseas mature CNC machine tools. Their reliability has been tested through many tests in the entire production process, and the functions and performance 

meet the requirements; the hydraulic transmission system and circuit system are produced by the machine tool factory. The design and production by R&D personnel, or the 

production and assembly lines of domestic manufacturers, are the targets that need to be tested for reliability testing, and are important components for providing high 

reliability of CNC lathes in the future. During operation, the rotary table is located in the processing area, the working environment is complex, and it is subject to high-speed,

 high-pressure fluid impact, corrosion, and uneven cutting speed. The rotating joint may rust, affecting the movement performance; There are carbide tool powder and emery

 fine particles in the cutting oil, which will enter the gaps of the moving parts, causing damage and jamming of the moving parts, loss of precision and other common faults. 

During the experiment, the left and right weak points will be focused on. Click to analyze.