威廉希尔官方下载Apr 02, 2020
Those who have used the laser cutting technology know that the laser cutting technology is realized by the continuous movement of the laser beam on the surface of the accessories, and the laser beam in this work has good guidance and a good correlation, and its cutting ability has a good density and a great deal.
1. High quality and fine cutting quality
The laser beam used in this laser equipment can be focused into a very small light point, which can make the laser cutting machine reach a very high power. Therefore, its cutting speed is very fast, its precision is very high, and it can also ensure that the workpiece will not be deformed.
2. Strong applicability and sensitivity
This is a hot cutting technology as the cutting process when cutting the affected area is very small, there will be no large-scale impact. Its other advantage is that it can process some nonmetals, which, of course, is what other laser cutting equipment can't do.
3. With high energy, it can control the change of its density freely, and can also operate locally
This kind of laser beam has good control performance. We can control the operation path of this laser cutting machine freely. Any kind of hard material can be cut correspondingly. For those small accessories, we can also make partial perfect cutting.
Laser cutting technology is as follows:
A. Melting cutting is to make the incident laser light speed irradiate in the plate. When the laser power reaches a certain critical value, the local area will be melted to achieve the cutting effect.
B. Vaporization cutting uses a high power density laser beam to heat processing materials to avoid slagging burr caused by melting caused by heat conduction. Some materials vaporize into steam and disappear. The edge is relatively beautiful.
C. Oxidation cutting is a hot working process in which the oxygen is blown out of the nozzle is ignited by the laser sue and the oxygen reacts violently. For brittle materials that are easy to be damaged by heat, the high-speed and controllable cutting is carried out by laser beam heating, which causes large thermal gradient and serious mechanical deformation in the area, leading to the formation of cracks in the materials, also known as controlled fracture cutting.