Research Paper on Design of Manufacturing Bevelling Machine for Steel Pipe

In general, we utilise chamfering machines for welding operations in maintenance and manufacture, but we still use manually controlled chamfering machines, and we have to do all of the setups by hand for each operation. This manual interference takes longer and poses a greater risk of bodily injury to others who work nearby. The major goal of this work is to investigate all viable alternatives for converting manual chamfering machines to automated chamfering machines, in order to boost productivity and eliminate human involvement during machine operation. Various previously used chamfering machine operation methods are covered in this paper.The analysis took into account a variety of previously utilised strategies in order to identify one new strategy that will aid in the functioning of chamfering machines that employ hydraulic systems. We will make a portable chamfering machine that can go in various pipe diameters in this project. The project will be divided into two parts: the first is the mounting of the machine, which will be spring loaded and should be able to set itself in various pipe diameters, and the second part is the mounting and development of the rotating mechanism for the surface grinder so that chambering in various angles will be possible. The machine is mathematically constructed for a safe design, and a CAD model is created to make manufacture easier.