最近,某些国家的研究人员发现,改进电解加工精度的关键在于电解液。因为一般的电解液(如氯化钠硝酸钠等)在工件与工具电极相距较远时就发生了电解加工的切削作用。因此,很难控制加工的尺寸精度。虽然对工具电极的设计和电解液的流动状态以及电源等方面进行了改进、但效果并不显著。 Recently, researchers in some countries have found that the key to improving the accuracy of electrolytic machining lies in electrolytes. Because the general electrolyte (such as sodium chloride, sodium nitrate, etc.) in the workpiece and the tool electrode is far away from the electrolytic machining of the cutting effect. Therefore, it is difficult to control the dimensional accuracy of the process. Although the design of the tool electrode and the flow of electrolyte and power have been improved, but the effect is not significant.