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中文摘要：
研制了一种基于阴极往复运动的微细电解加工系统，将绝缘后的阴极安装在直线电机上，利用直线电机高加速度运动产生的抽吸作用，排除加工间隙中的电解产物，更新加工区域的电解液。该加工系统主要包括机床z轴进给机构、直线电机往复运动机构、可编程直流电源及其他一些辅助装置。通过微细孔的加工试验结果表明：阴极快速往复运动可以显著提高加工精度，从而证实了该加工系统的可行性。
英文摘要：
An electrolytic micromachining system based on cathode cyclic reciprocal motion is developed. The side-wall insulated cathode is attached on a linear motor which is equipped on the system. The high accelerated motion of linear motor speeds the refreshing of electrolyte and the removal of by-products in the gap. The machining system consists of feeding mechanism on Z axis, reciprocal motion mechanism, programmable DC supply and some accessory devices. Experiments of micro-hole machining reveal that reciprocal motion of cathode can improve machining accuracy significantly. Hence, the feasibility of the machining system is proved.
同期刊论文项目
同项目期刊论文
Experimental Investigation on Complex Structures Machining by Electrochemical Micromachining Technol
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