In order to achieve the grindability of super abrasive grinding wheels, a new kind of electroplated CBN grinding wheel has been designed based on the phyllotaxis theory of biology, and fabricated by the use of ultraviolet lithography and electroplating technology. With the help of grinding experiments, the grinding performances of the cylindrical wheels with different abrasive configurations, including phyllotactic pattern, staggered pattern, and random distribution, have been experimentally investigated and analyzed. The results have shown that under the same grinding conditions, the grinding performance of the electroplated CBN grinding wheel tends to reach a steady state with the increase of the accumulated material removal, and phyllotactic coefficient and grinding parameters have a great impact on its grinding performance. The grindability of the grinding wheel with the phyllotactic pattern of abrasive grain is better than the other abrasive configurations.

为实现超磨料砂轮的可磨性，基于生物学叶序理论设计了一种新型电镀CBN砂轮，采用紫外光刻和电镀技术制造。在磨削实验的帮助下，对不同磨料配置的圆柱砂轮的磨削性能进行了实验研究和分析，包括叶序排列、交错排列和随机分布。结果表明，在相同磨削条件下，电镀CBN砂轮的磨削性能随着累积材料去除量的增加而趋于稳定，叶序系数和磨削参数对其磨削性能影响较大。