At present, cast iron, cast aluminum and other casting parts are more and more widely used, because casting parts in the actual processing process need to remove gates, parting line fins, burrs, so the grinding process is particularly important. The grinding and finishing of castings is a very heavy work, with poor working conditions (high temperature, dust, dirty environment) and high labor intensity. The traditional grinding process of casting parts mainly relies on manual grinding wheel, which not only has low grinding efficiency, but also can not guarantee the quality requirements of parts.

The rising of labor costs has increased the burden of foundry enterprises. At the same time, the dust flying grinding environment has caused great harm to the health of workers. The prevention of occupational diseases and industrial injury compensation have further increased the labor costs. The poor working environment and high labor intensity have also made it difficult for enterprises to recruit workers. With the improvement of people's living standards and the enhancement of health awareness, many foundries have been difficult to recruit grinding workers. Therefore, in the foundry industry, especially in the deburring, grinding and finishing process of castings, it is the general trend to use automatic grinding machine instead of manual grinder.

In order to solve the problems of time-consuming and unstable product quality in grinding pouring gates and clamping seam in foundry industry under dust, noise and other dangerous environment. Castings automatic grinding machine, intelligent grinding robot, can meet the requirements of intelligent finishing and grinding in foundry industry and other related industrial manufacturing fields. In the process of production and distribution, identify, measure and test products and ensure their quality, help enterprises produce defect free products with higher speed and lower cost, help foundries improve product quality and productivity, and then increase market competitiveness.