The leader of the fiber laser cutting machine sheet metal processing industry

With the rapid rise of the sheet metal cutting processing industry, the metal cutting market has become very hot, which has inevitably led to the development of China's fiber laser cutting industry. Conventional sheet metal processing skills are: shear-punching-bending-welding process or flame plasma incision-bending-welding skills. In the face of multiple types, small batches, customized, high quality, short delivery orders, it has a significant lack: the shearing machine can only be used in sheet metal cutting because it is mainly straight cut. (CNC/Brick Tower) Punch has constraints on the cutting of steel plates with a thickness of 1.5mm or more, and the surface quality is not good, the cost is high, the noise is high, which is not conducive to environmental protection; the flame cutting is the original traditional cutting method. When cutting, the thermal deformation is large, the slit is wide, the data is spoiled, the processing speed is slow, and only the rough processing is suitable; the high-pressure water cutting processing speed is slow, and the pollution is severe, and the cost is high.

In an environment of fierce competition in all markets, a new processing method is urgently needed, and laser processing skills have emerged in the sheet metal workshop. Committed to the development of advanced laser equipment, FARLEY • LASERLAB CNC laser cutting has the advantages of high precision, high speed, flexible processing, etc., and has become the direction of sheet metal processing skills development, which has a tendency to replace CNC punching and shearing equipment.

Laser cutting skills advantage:

●The degree of flexibility of laser cutting is high, the cutting speed is fast, the production efficiency is high, and the product production cycle is short. Whether it is simple or complicated parts, laser can be used to realize rapid forming and cutting;

●The slit is narrow, the cutting quality is good, the degree of initiative is high, the operation is simple, the labor intensity is low, and there is no pollution;

●It can realize active cutting and nesting, improve data utilization, no tool wear and good data adaptability;

● Low production costs and good economic returns.