Abstract
Electrochemical drilling (ecd) with stationary electrodes produces an inaccurate and irregular hole shape profile. The effect of low speed workpiece (anode) rotation on the accuracy of hole reproduction and other related parameters in ecd has been studied. A theoretical analysis of the effect of workpiece rotation and electrolyte flow velocity is presented. It is concluded that a slow relative rotary motion between the electrodes helps to produce a better hole profile
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