Abstract:
The welding process is one of the most important manufacturing processes in
the world. However, the process of welding is typically a manual process that
requires a skilled worker to operate the equipment. This results in high labour
costs and can lead to inconsistent quality in the welding process. To address
these issues, we have developed an automated welding machine that can weld
two pieces of metal together without the need for a human operator. The
machine is designed using hardware like a 3D printer, and it operates by
following a path determined by an image processing machine using an image
of the machine bed from the camera. The welding process is controlled by a
microcontroller, which operates the motors to move the axis and ensures the
welding is done precisely and consistently. The machine will be able to weld a
variety of metals, including steel, aluminium, and copper.
The benefits of the automated welding machine are clear. It reduces labour
costs and improves the quality and consistency of the welding process. It also
allows for greater flexibility in the manufacturing process, as it can be used to
weld a variety of metal parts. Our project demonstrates the potential of
automated manufacturing processes in improving the efficiency and quality of
industrial processes. We believe that our automated welding machine has the
potential to revolutionize the welding industry and open new opportunities for
manufacturers in a variety of industries.
