Research on Cutting Force of Vibration-assisted Micro-milling of Bone Materials

Peng Shang, Xiaopeng Liu, Huaiqing Zhang, Zhuang Yang, Guanghui Hou, Xiubing Jing
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Abstract

In order to reduce the cutting force and improve the surface quality in bone material removal surgery, so as to achieve the purpose of increasing the safety of the operation and beneficial to patients recovery, the vibration-assisted micromilling technology is proposed for the bone material removal process. The influence law of the cutting direction and vibration parameters on the cutting force in the process of vibrationassisted micro-milling of bone material is researched. The experimental results shows that choosing the appropriate machining parameters can reduce the cutting force in vibrationassisted micro-milling of bone materials, which provides guidance for the selection of machining parameters in milling of bone materials.
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振动辅助骨材料微铣削切削力研究
为了在骨材料去除手术中减小切削力,提高表面质量,从而达到增加手术安全性,有利于患者康复的目的,提出了振动辅助微铣削骨材料去除工艺。研究了振动辅助骨材料微铣削过程中切削方向和振动参数对切削力的影响规律。实验结果表明,选择合适的加工参数可以减小振动辅助骨材料微铣削时的切削力,为骨材料微铣削加工参数的选择提供指导。
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