The traditional manual polishing production method has problems such as low efficiency and high cost. The limitations of manual grinding not only seriously hinder the development of the grinding industry itself, but also bring serious obstacles to the development of the entire manufacturing production line, and the application of grinding robots on the production line greatly meets the upgrade needs of the industry to improve efficiency and reduce costs.

It is understood that grinding robots are mainly used for high-precision grinding and polishing operations in the sanitary ware industry, industry, auto parts, industrial parts, medical equipment, civil products and other industries. At present, the advantages of grinding robots over labor are mainly reflected in cost savings and ensuring product consistency.

The grinding robot has the advantages of not being affected by workers' physical strength and emotions, stable grinding quality, significantly reduced defective rate of finished products, fast grinding speed, improved production efficiency, 24-hour continuous production a day, saving labor costs, improving the environment, reducing dust pollution, shortening the cycle of product modification, reducing the corresponding investment equipment, redevelopment, and users can carry out secondary programming according to different parts. At the same time, the use of grinding robots also has a good effect on grinding quality and product finish, maintaining product consistency, etc.

Due to the various hidden dangers brought by traditional manual grinding operations and the pressure of high-intensity operations, manual operations are obviously not suitable for the long-term development of enterprises. Therefore, in the future, with the continuous development of robot technology and the further improvement of product quality and production efficiency requirements, grinding robots will receive unprecedented attention and application.