Design and Development of Magnetic Scrap Collector

Abstract

Modern industrial life and the advancement of technology have sparked extensive research into manufacturing environment safety. During the machining process, a metal burr is formed. The workplace floor was covered in the metal burr. The procedure now being utilised in industries to gather the scooping up pieces of metal burr by hand and manual sweeping is an unsuccessful strategy because of this consuming and placing the worker at risk of harm.  Technology-driven burr collectors are a result of the current machining industry. They operate on magnetism's scientific foundations. Modern industrial life and the advancement of technology have sparked extensive research into manufacturing environment safety. The magnetic burr machine is used to gather magnetic burr in factories, workshops, roads, scrap yards, and other locations. The created magnetic burr collector eliminates the need for human labour for the collection of ferrous metal components and can be operated more quickly by unskilled labour, regardless of age or technical proficiency. In factories, the distributed oil on the floor is collected using a mop system. The design and proof of concept of an autonomous cable for reducing and eradicating the threat posed by oil spill accidents is the main objective of the mop system. The scrap-gathering device is utilised to extract scrap out of any place. Modern industrial life and the advancement of technology have sparked extensive research into manufacturing environment safety. This project could appear straight forward at times, but it involves using an infrared sensor remote to operate a machine or vehicle. We shall control a moving robot's various operations.