The Scanning Dimensional Microelectrochemical Machining with the Ultra-small Interelectrode Gap

The process of the micro electrochemical machining with the ultra small interelectrode gap without the electrode-tool displacement for the flushing with the workpiece scanning by the electrode-tool and with Fet/Fwp = 0.5 - 25% is considered in the publication. The modeling of the MECM process at the various electrode-tool paths on X- and Y-axes with periodic updating of the UIEG on Z-axis during the anode dissolution of the workpiece is executed.