Fiber laser cutting machine is a type of processing equipment widely used in the manufacturing industry, and their technical parameters are of great significance to the performance and use of the equipment. This article will interpret the technical parameters and significance of fiber laser cutting machines to help users better understand and choose a suitable laser cutting machine.

Laser power density

Laser power density is an important parameter for measuring the cutting ability of fiber laser cutting machines. It indicates the energy density of the laser per unit area per unit time, in units of W/cm². The higher the laser power density, the faster the cutting speed and the better the cutting effect. Therefore, when choosing a fiber laser cutting machine, it is necessary to select a suitable laser power density according to actual needs.

Cutting speed

Cutting speed is an important parameter for measuring the working efficiency of a fiber laser cutting machine. It indicates the length or area of the material cut per unit time. The faster the cutting speed, the higher the working efficiency, which can reduce production time and improve production efficiency. Therefore, when choosing a fiber laser cutting machine, it is necessary to select a suitable cutting speed according to actual needs.

Cutting accuracy

Cutting accuracy is an important parameter for measuring the processing quality of a fiber laser cutting machine. It indicates the accuracy of the size, shape and position of the material after cutting. The higher the cutting accuracy, the better the processing quality, which can improve the quality and competitiveness of the product. Therefore, when choosing a laser cutting machine, you need to choose the appropriate cutting accuracy according to actual needs.

Cutting thickness

Cutting thickness is an important parameter to measure the processing capacity of a fiber laser cutting machine. It indicates the maximum material thickness that the equipment can cut. Different material thicknesses require different laser power densities and cutting speeds, so it is necessary to choose the appropriate cutting thickness according to actual needs.

Laser type

The laser type is an important factor affecting the performance and use effect of a fiber laser cutting machine. Different types of lasers have different energy distributions and beam qualities, so it is necessary to choose the appropriate laser type according to actual needs. For example, CO₂ lasers have higher energy density and lower beam quality, which is suitable for processing thicker materials; fiber lasers have higher beam quality and lower energy density, which is suitable for processing thinner materials.

Control accuracy

Control accuracy is another important factor affecting the processing quality of a fiber laser cutting machine. It indicates the control accuracy of the equipment on the cutting position, speed and angle. The higher the control accuracy, the better the processing quality, which can improve the quality and competitiveness of the product. Therefore, when choosing a laser cutting machine, you need to choose the appropriate control accuracy according to actual needs.

Understanding and mastering the technical parameters and significance of fiber laser cutting machines is of great significance for choosing suitable equipment and using them effectively. When purchasing and using a laser cutting machine, it is necessary to select appropriate parameters and configurations according to actual needs to ensure that the performance and use of the equipment are in the best state.