The difference between a special laser cutting machine for pipes and traditional laser cutting equipment

The tube laser cutting machine uses laser technology to apply graphic cutting, drilling, marking and other professional machine tools on round tubes, square tubes, special-shaped tubes and other pipes. It is a collection of CNC technology, laser cutting technology, and precision. A high-tech product integrating machinery. The tube laser cutting machine has strong professionalism, high speed, high precision, high efficiency, and high cost performance. It is a necessary equipment for the non-contact metal tube processing industry.

The difference between tube laser cutting machine and traditional laser cutting equipment:

First of all, the laser beam after focusing must be guaranteed It runs synchronously with the pipe being cut on the automatic pipe cutting production line; secondly, it is required that the focused laser focus can rotate one circle relative to the pipe being cut, and the laser beam axis always intersects with the axis of the pipe perpendicularly. During the cutting process, the pipe cutting production line The laser beam moves along with the pipe being cut. These synchronous movements must be controlled by a special control system, so the research on the automatic tube laser cutting production line is also of great significance.

Since the tube laser cutting machine adopts a non-contact processing method, during the entire processing process, there will be no pressure on the tube wall of the tube, so it will not cause Deformation or collapse of the outer surface of the pipe.

Compared with traditional processing equipment such as flame cutting, plasma cutting, and water cutting, the precision of laser cutting metal sheets is much higher. At the same time, as mentioned above, different materials may occur during the processing process. The tube laser cutting machine can be flexibly adjusted according to the slight expansion and contraction deformation, which is also unattainable by many traditional processes.