Deburring "has long been regarded as an unavoidable" trouble "by many people. In recent years, the deburring machine developed by Suzhou Changfeng Electromechanical Technology Co., Ltd. has achieved great success. It not only fills the technical gap in the field of deburring, but also removes metal materials based on the principle of electrochemical anodic dissolution, with no cutting force and no loss to the East and West cathodes. The electrolytic technology is selected in the processing process, so the production power has been greatly improved and the production cost has been reduced.

The common feature of electrochemical deburring machine tools is that the cathode of the electrolytic machine tool moves East-West to the fixed workpiece for electrical discharge machining, and then the burr part of the workpiece is electrolyzed together. A single power supply in the center controls a single cathode tube, and cooperates with the closed flow channel of the professional cathode, and then completes the deburring of multiple workpieces, Complete the electrolytic operation for the machining parts with different machining parameters on each workpiece, and can also carry out useful maintenance for the parts that do not need deburring. With sufficient maintenance of the workpiece, electrochemical deburring machine can achieve the most economical and optimal machining accuracy, and the loss of cathode and electric energy is only 1 / 10 of that of the competitors.

The electrochemical machining skills of Suzhou Changfeng Electromechanical Technology Co., Ltd. can be used to remove the burr of all disordered workpieces, even the extremely large or hard parts with excellent uniformity. Its patented 100% computer process control skills can make the machining accuracy of electrochemical machining workpiece reach more than 0.05mm. Nowadays, electrochemical deburring machine has been widely used in the parts with poor accessibility, such as the back edge, cavity, the intersection line of the inner cavity through the socket and so on.