Ultrasonic Assisted Electrochemical Machine: A Review

One of the most important steps in micro-machining is electrochemical machining. Yet, increasing the process’s machining efficiency is still a difficult undertaking in the micro-domain. Additionally, it concentrates on the ultrasonic vibration electrochemical machine and procedure assisted by a magnetic field. More substantial depth micro-feature machining is still challenging. The benefit of using a magnetic field and ultrasonic vibrations to overcome this difficulty has been noted by numerous researchers. The magnetic field and ultrasonic vibrations were typically used in isolation in investigations. The process can be considerably enhanced by the interaction of a magnetic field with ultrasonic vibrations. The improvement of the magnetic field in the ultrasonic pulse ECM along with the material removal rate (MRR), surface integrity, hole taper, energy consumption, and hostile environment were used to examine the machining performance.