Design, Analysis and Fabrication of Hydraulic Scrap Baling Machine

S. V. Kumbhar, M. Jadhav, A. Husainy, S. G. Bardiya, Omkar Patil, Shubham K. Mali
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Abstract

There are several industrial production processes that involve mechanical machining of cast parts by various operations such as turning, milling, and drilling. Metal Chips, especially of aluminum, mild steel and cold-rolled carbon steel, etc. The collection, storage, and transportation of metal chips are an important aspect in the process of recycling. This project focuses on the compaction and creation of metal chips bales for ease of storage as well as handling and transportation of metal chips. Efforts have been taken to ensure an efficient waste management system in shop floors, with minimum use of space and energy when it comes to disposing of metal chips formed during machining processes. The large space required to store the chips as loose chips have a large surface area. The scope of the project is limited to the design, analysis, and fabrication of scrap baling machine. A Baling press machine is a machine in which a loose scrap is converted into in the form of 8-12 kg bundle. In this machine, we adopt a square bundle rather than circular shape and square bales acquire less space as compared to the round bales.
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液压碎料打捆机的设计、分析与制造
有几种工业生产过程涉及到机械加工铸件的各种操作,如车削、铣削和钻孔。金属屑,特别是铝、低碳钢、冷轧碳钢等。金属碎片的收集、储存和运输是回收利用过程中的一个重要方面。这个项目的重点是压实和创建金属芯片捆,以便于存储以及金属芯片的处理和运输。我们努力确保在车间建立有效的废物管理系统,在处理加工过程中形成的金属屑时,最大限度地减少空间和能源的使用。存储芯片所需的大空间,因为松散的芯片具有较大的表面积。项目范围限于废钢打包机的设计、分析和制造。压捆机是一种将松散的废料转化成8-12公斤捆的机器。在这台机器中,我们采用方形捆扎而不是圆形捆扎,与圆形捆扎相比,方形捆扎获得的空间更少。
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