How to use fiber laser cutting machine1
First, the energy of the laser is concentrated into a high-density beam in the form of light. The beam is transmitted to the working surface and generates enough heat to make the material use the laser beam emitted from the laser generator. The optical path system focuses on high-power density laser beam irradiation conditions. The so-called laser cutting is the energy released when the laser beam is irradiated on the surface of the workpiece to melt and evaporate the workpiece to achieve the purpose of cutting and engraving. It has high precision. Fast cutting, not limited to cutting patterns, automatic typesetting, saving materials, smooth cuts, low processing costs, etc., will gradually improve or replace the metal cutting process equipment that is passed around. The laser cutting machine system generally consists of a laser generator, an (external) beam transmission component, a workbench (machine tool), a microcomputer numerical control cabinet, a cooler, and a computer (hardware and software). As a new type of tool, laser cutting machine equipment is increasingly used in various industries, including laser cutting machines, laser engraving machines, laser marking machines, laser welding machines, etc.
Fiber laser cutting machine So how exactly is laser cutting used, and how to distinguish between good and bad laser cutting? Material melting, coupled with the high-pressure gas coaxial with the beam to directly remove the molten metal, cutting from the surface The purpose of this shows that the laser cutting process is essentially different from the machining of the machine tool. First, the energy of the laser is concentrated into a high-density beam in the form of light, and the beam is transmitted to the working surface to generate enough heat to make the material use the laser beam emitted from the laser generator, through the optical path system, to focus into high power Under dense laser beam irradiation conditions, the heat of the laser is absorbed by the workpiece material, and the temperature of the workpiece rises sharply. After reaching the wave point, the material begins to vaporize and form holes. With the high-pressure airflow, the relative position of the beam and the workpiece moves to finally form the material Cut seams.