With the continuous progress of science and technology, the precision requirements of various industrial machinery parts and components are getting higher and higher, so the processing precision requirements of surface grinding machines are also rising. Then, what ways should we promote the further development of technology? Our processing technology can be compact, high precision, reliable performance, good manufacturing technology and convenient operation. When the grinding wheel is used for peripheral grinding, the upper and lower planes of the workpiece can obtain the required high parallelism, scale accuracy and workpiece edge roughness. The wire cut surface grinder is suitable for grinding ring-shaped parts, valve blades, saw blades, milling cutters and other things and machining of mechanical manufacturing accuracy. It can be widely used in East and West factories, bearing factories, air compressor factories and general machinery manufacturing factories for grinding of fine parts. The domestic market has a strong demand for grinder products, and the output value is far from satisfying, and the low-end products are mainly used. In this situation, breaking the bottleneck of development at that time and taking the road of high-precision has become an urgent problem to be solved by the grinding machine company.

In the process of research, the development of formed surface grinding machine is no longer limited to surface grinding, but has been extended to surface grinding. The forming grinding method is popular, and has been highly praised, developed and recognized by manufacturers and users. The grinding accuracy is also getting higher and higher. With the development of high technology, the use scale of high-precision and ultra-fine forming grinding machines is more and more extensive, and the production of specific grinding machines is increasingly borne by users. In addition, the details are more humanized, the operation is simple, the time and effort are saved, the misoperation rate is reduced, the noise is reduced, and the coolant splashing is avoided. All these are the places we need to improve.