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A10VSO71DG/31R-PPA12N00
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A10VSO71DFE1/31R-PPA12N00
A10VSO71FHD/31R-PPA12N00
A10VSO71ED/31R-PPA12N00
A10VSO100DR/31R-PPA12N00
A10VSO100DR/31R-PPA12K01
A10VSO100DFR1/31R-PPA12N00
A10VSO100DFR1/31R-PPA12N00
A10VSO100DFR1/31R-PPA12K01
A10VSO100DFR/31R-PPA12N00
A10VSO100DFLR/31R-PPA12N00
A10VSO100DG/31R-PPA12N00
A10VSO100DRG/31R-PPA12N00
A10VSO100DFE1/31R-PPA12N00
A10VSO100DFE1/31R-PPA12K02
A10VSO100FHD/31R-PPA12N00
A10VSO140DR/31R-PPB12N00
A10VSO140DR/31R-PPB12K01
A10VSO140DFR1/31R-PPB12N00
A10VSO140DFR1/31R-PPB12N00
A10VSO140DFR1/31R-PPB12K01
A10VSO140DFR/31R-PPB12N00
A10VSO140DFLR/31R-PPB12N00
A10VSO140DG/31R-PPB12N00
A10VSO140DRG/31R-PPB12N00
A10VSO140DFE1/31R-PPB12N00
A10VSO140DFE1/31R-PPB12N002
A10VSO140FHD/31R-PPB12N00
A10VSO140ED/31R-PPB12N00
切削较高体分比复合材料时，加工表面包含更多的微坑洞、微裂纹和基体撕裂等构成元素。在较高的切削速度下，增强颗粒被切断或原位的情况明显增加。切削相同体分比复合材料时，增强颗粒尺寸越大，加工表面残留的坑洞更大、更深，且基体撕裂和振动情况更严重。使用冷却液时，在冲洗作用和巨大的离心力作用下，切屑及碎屑都被被冷却液带走，从而增强颗粒或碎屑被刀具重新已加工表面的机会大大减少。采用较小晶粒的PCD刀具时，加工表面残留的坑洞数量减少，这是因为此时刀具刃磨质量更好、刀具寿命更长。
