The grinding process of diamond tool on the workpiece is the process of micro-cutting the workpiece by the diamond abrasive particles exposed on the surface of the diamond tool. In this process, the height of the abrasive particles will have an important influence on the grinding ratio, grinding efficiency and the surface quality of the workpiece after grinding. If the height of the abrasive particle is low, the grinding performance will be poor, which will result in the inability to carry out normal grinding. If the height of the abrasive particle is too large, the abrasive wear rate will increase, which will lead to uneconomical use of the abrasive.

In the grinding process, the abrasive particles on the surface of the diamond tool will be passivated, broken and shedding due to wear, which not only affects the surface of the diamond tool, but also causes certain damage to the surface of the grinding workpiece. The exit height of abrasive particles is a key indicator that affects the grinding performance of diamond tools, and can be used as an important basis for evaluating abrasive tool performance, abrasive wear status and predicting abrasive wear trends.

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