Linear motor platform in minutes to complete a daunting variety of materials cutting. I remember when I was a child, the house was built, the wood is a long saw, wheezing a half a day, tired of all the pieces only to cut a few points. Now, with the advent of the linear motor platform, those daunting materials can be handled in minutes using laser cutters.

     Laser cutting driven by linear motor platform is realized by using high power density energy generated by laser focusing. Under the control of a computer, the laser is discharged through a pulse, thereby output a controlled repeated high frequency pulse laser, forming a certain frequency, a certain pulse width beam, The pulsed laser beam is transmitted and reflected through the light path and is focused on the surface of the processed object through a focused lens group to form a series of subtle, high-energy density light spots. The focal spot is located near the surface to be processed and is melted or gasified at an instantaneous high temperature. Processed material.

     Most laser cutting machines are composed of control systems, motion systems, optical systems, water-cooling systems, smoke exhaust systems, and air-blowing protection systems. Advanced numerical control models are used to achieve multi-axis linkage and equal energy cutting of lasers that are not affected by speed. And adopt a linear motor platform. To achieve good accuracy of motion and repeated positioning at high speed.
     Kunshan Tongmao has been continuously improving the efficiency and productivity of complex manufacturing processes for more than a decade. Its products such as linear Motors, linear modules, linear slides, coil Motors, coil modules, and linear motor platforms have been widely used at home and abroad. Customer trust, Our breakthrough innovation has benefited from our experience in applications in various industries around the world.
     This article originated from the original company of Kunshan Tongmao Electronics Co., Ltd.(www.tmmotion.com). Please indicate the source.