Design and Fabrication of Adhesive Application System for Magnets in Motors

Abstract

Electric Motors requires Permanent Magnets in them to function. The following paper explains the design, construction and critical analysis of an Adhesive applicant machine for magnets in rotor casings [1] [2]. Through the integration of both human and mechanical systems, this innovation addresses the problem of work efficacy in an industry. We used a scientific research model to analyze and answer the question. The industry we chose for our model is on a small scale and is very simple to work with and analyze for its full potential. Our main objective is to construct a cartridge-based method to load the workpiece into the machinery and to create the ideal end-effector system for Glue delivery on the specified path [3]. Compared to electromagnets, permanent magnets on a rotor can both simplify the design and improve the efficiency of electric machines. The absence of automated assembly techniques for large machinery is a limitation, too. The strategy for resolving this issue is building a cohesion environment where people and machines work as a unified unit capable of producing more products.