Mechanism of Magneto-Electrochemical Composite Polishing for Medical Titanium Alloys: A Study

This research delves into the mechanism behind a novel material removal process for medical titanium alloys: magneto-electrochemical composite polishing. This method combines electrochemical polishing with the application of a magnetic field, aiming to achieve superior surface quality. The study investigates the synergistic effects of the electrochemical and magnetic interactions on the material removal process. It explores the influence of key parameters, such as magnetic field strength, electrolyte composition, and current density, on the polishing performance. The research aims to elucidate the underlying mechanisms responsible for the enhanced material removal rate and improved surface finish observed with this composite method. The findings contribute to the understanding of this promising technology and its potential applications in the medical device manufacturing industry.