Acrylic board laser cutting machine

In laser melting cutting, the melted material is ejected by means of airflow after the workpiece is melted locally. Because the transfer of material only occurs in its liquid state, this process is called laser melting cutting.

The laser beam with high purity inert cutting gas impels the melted material to leave the slit, while the gas itself does not participate in the cutting. Laser melting cutting can get higher cutting speed than gasification cutting. The energy required for gasification is usually higher than the energy required to melt the material. In laser melting cutting, the laser beam is only partially absorbed. The maximum cutting speed increases with the increase of laser power, and decreases almost inversely with the increase of plate thickness and material melting temperature. In the case of a certain laser power, the limiting factor is the air pressure at the slit and the thermal conductivity of the material. For iron and titanium materials, laser melt cutting can obtain non oxidation incision. For steel materials, the laser power density is between 104w / cm2 and 105W / cm2.

Carbon dioxide series: Carbon dioxide optical lens, excitation module, high pressure module, turbine, Focusing mirror, Bypos mirror, refractor, cutting head, nozzle, Ceramic Ring, dust cover

Optical fiber series: push in nozzle, Protective Lens, sapphire lens, ceramic ring, cutting head, cutting head accessories, ipg module, communication module, communication cable, protective cover, various filter elements, pressure reducing valve, Nozzle Body, quick-insert nozzle body, adaptor 2.0, servo, Motor, power supply, CNC rack, highyag cutting head, collimator Lens, focusing mirror and more.