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Experimental Study of Tool Wear and Grinding Forces During BK-7 Glass Micro-grinding with Modified PCD Tool

机译:改进PCD工具BK-7玻璃微型研磨过程中工具磨损力的实验研究

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摘要

This study focuses on the improvement in grinding performance of BK-7 glass using polycrystalline diamond micro-tool. Micro-tools are modified using wire EDM and performance of modified tools is compared with that of as received tool. Tool wear of different types of tools are observed. To quantify the tool wear, a method based on weight loss of tool is introduced in this study. Modified tools significantly reduce tool wear in comparison to the normal tool. Grinding forces increase with machining time due to tool wear. However, modified tools produce lesser forces thus can improve life of the PCD micro-grinding tool.
机译:本研究重点研究了使用多晶金刚石微型工具的BK-7玻璃研磨性能的提高。使用电线EDM进行修改微型工具,并将改进的工具的性能与接收工具的电线相比。观察到不同类型工具的工具磨损。为了量化工具磨损,本研究介绍了一种基于工具重量损失的方法。与普通工具相比,改进的工具显着降低刀具磨损。磨削力随着工具磨损而增加加工时间。然而,改进的工具产生较小的力,因此可以改善PCD微磨刀的寿命。

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