Repotenciación y automatización de una mesa de coordenadas para corte por plasma (MCCP) de tres ejes

Abstract

Abstract: A three axes table of coordinate Plasma cutting was repowered and various industrial processes were automated by implementing a system of linear displacement in the Z axis and incorporating a system torch height control (THC) by interaction between electronic, informatics and mechanical areas, the distance between the plasma torch cutting and the base plate remains constant throughout the work cycle following the curvature that is generated by the heat of the cut, a laser auto-positioner is also incorporated for with pinpoint accuracy to locate the starting point of the work. A custom screen for the control software was created incorporating the elements for interaction with THC and laser auto-positioner, the scrip laser auto-positioner was created and generated a macro with the instructions to be performed by the THC during the cutting cycle. CAD/CAM tools were installed and an ad hoc wireless network was established between the management team and control equipment CNC.