The cutting principle adopted by the laser cutting machine is a high-performance laser cutter. During the cutting process, the laser will emit countless high-performance and high-energy laser rays. The huge energy generated by these laser rays can instantly vaporize the cutting surface, so that the very hard interface can be easily removed. At present, this process is also an advanced cutting process, and no other cutting process can surpass it. Moreover, this cutting process is very fast in the cutting process, which can easily cut very thick steel plates instantly, and the cutting accuracy is very accurate.
Here are the advantages and features of laser cutting machine compared with other similar products:
1. The mechanical operation process is very convenient
In the process of using laser cutting machine, all information transmission and energy transmission are transmitted through optical fiber. The advantage of transmission in this way is to save a lot of human and material resources, and there will be no optical path leakage in the transmission process. And before using the device, it can easily transfer energy to the laser without any adjustment of the optical path.
2. The cutting performance is very stable
This kind of laser cutter uses a very stable laser in the cutting process. The service life of this kind of laser will be as long as several years, and in the process of use, except for human factors, there will be almost no failure of the system itself. Therefore, even if this kind of laser cutter is under long-term working pressure, it will not produce any vibration or other adverse effects.
3. The size of the machine itself is very small
This kind of laser cutter has only one core component, that is, the laser that emits laser. Moreover, the production volume of the laser is very small, and it will not occupy a lot of space like other cutting products of the same type. In this way, the overall volume of the machine will be greatly reduced, which can reduce a lot of human and material resources for us in the process of mechanical production or transportation.