Grinding machine is an important processing method in ultra-precision machining. Its advantages are high machining accuracy and a wide range of machining materials. However, traditional grinding has shortcomings such as low processing efficiency, high processing cost, and unstable processing accuracy and processing quality, which limit the application of traditional grinding.

The grinding machine solves most of the shortcomings of traditional grinding and improves the level of grinding technology. While ensuring the grinding precision and processing quality (reaching the nanometer level), it also significantly reduces the processing cost, improves the processing efficiency, and further improves the grinding technology. Practicalization is conducive to the promotion and application of grinding technology, promotes the progress of China's precision machining technology and advanced manufacturing technology, and enhances China's competitiveness in the field of processing and manufacturing.

Advanced manufacturing and optoelectronics are both characteristic and advantageous industries in China, as well as key development industries in China. Grinding and processing technology plays an important role in the development of these two industries. The developed nano-level high-efficiency grinding technology has obvious advantages in processing efficiency, processing cost, processing quality and processing accuracy, and has a good application prospect.