Composition and functions of laser cutting machine

Laser cutting machine is a precision machining equipment that uses high-energy density laser beams to irradiate the surface of materials, causing them to quickly melt, vaporize, evaporate or reach the ignition point, thereby achieving material cutting. Its core components include laser generator, optical path system, workbench, and control system. The laser generator is the heart of the laser cutting machine, responsible for generating high-intensity laser beams. For example, carbon dioxide laser is currently one of the most widely used laser generators, with an output power typically between 1000 watts and 10000 watts, which can meet most industrial cutting needs. The optical path system is responsible for accurately and precisely transmitting the laser beam to the material surface, including precision optical components such as mirrors and focusing mirrors. The workbench is responsible for carrying the material to be cut and achieving material positioning and cutting path execution through precise movement control. The control system is the command center of the entire equipment, which receives instructions from the operator through a software interface, controls the output of the laser generator and the movement of the worktable, ensuring the accuracy and repeatability of the cutting process. For example, advanced CNC systems can achieve micrometer level cutting accuracy, which is crucial for high-precision industries such as aerospace and automotive manufacturing.https://www.mhtcnc.com/product/tf-series-laser-pipe-cutting-machine/