Development of a Linear Motor Separator for Recovering Copper Particles of Various Sizes

This article discusses the design and implementation of an eddy current separator prototype for the linear separation of non-ferromagnetic conductive particles. Utilizing the phenomenon of electromagnetic linear induction, the device sorts particles based on their electrical conductivity. The prototype's characteristics and performance were experimentally evaluated, demonstrating effective particle separation based on conductivity. This separator shows significant potential for various industrial applications that require precise separation of non-ferromagnetic conductive particles.