Since the advent of fiber laser cutting machine, it has unique advantages in cutting and processing. Because of it, the cutting speed is fast, the cutting seam is narrow, the heat affected zone is small, and the cutting quality is good. In addition, compared with other laser cutting equipment, fiber laser cutting machine has a high electro-optical conversion rate.

At present, the commonly used laser cutting machines on the market include: fiber laser cutting machine, YAG laser cutting machine, CO2 laser cutting machine and other models. Among them, the photoelectric conversion rate of YAG laser cutting machine is 2% - 3%, the photoelectric conversion rate of CO2 laser cutting machine is 10%, and the photoelectric conversion rate of fiber laser cutting machine is 25% - 30%, which is for a reason.

1、 One of the reasons for the high photoelectric conversion rate of fiber laser cutting machine is the difference of laser generator.

Fiber laser is a kind of laser beam with high energy density, and the ultra-fine focus spot is gathered on the surface of the workpiece to make the irradiated area of the workpiece melt and vaporize instantaneously. If a numerical control system is added to the fiber laser cutting machine, it can realize automatic cutting, which is essentially different from the traditional cutting equipment.

2、 Different laser output modes are also one reason for the high photoelectric conversion rate of fiber laser cutting machine.

Optical fiber laser cutting machine transmits laser by optical fiber. The beam is relatively concentrated, the loss is small, and the photoelectric conversion rate is high, which is significantly different from other cutting equipment.

I believe that through the introduction we have made for you, you have understood the reason why the photoelectric conversion rate of the optical fiber cutting machine is higher than that of other equipment. With the development of science and technology and the continuous improvement of industrial products, our mechanical equipment certainly needs continuous innovation, as does the development of fiber laser cutting machines. Only in this way can we ensure the continuous development of our fiber laser cutting machine.