Obtained by optimizing the method to achieve a higher grinding efficiency and low cost of the optimal value of the grinding

Systematic study of polycrystalline diamond grinding process parameters on the grinding force, removal rate and wear ratio of the law, and then using mathematical methods to establish a wheel speed, bench set pressure and feed rate on the grinding force,  grinding wheel and wear than the mathematical models and optimization methods have been achieved through high grinding Diamond blade and lower the cost of the optimal value of grinding, pointing out various process parameters affect the grinding force a strength, pushing scored in each case the principle of the process  synthetic diamond . Secondly, through the analysis of polycrystalline diamond grinding machined surface scanning electron micrograph, sort out the polycrystalline diamond grinding mechanism, noting that the combined effects of force and heat removal is polycrystalline diamond reasons, including mechanical removal of abrasive , brittle oxide removal and diamond, graphite and high temperature plasticity of removing removal.