In the manufacturing and processing of automobiles, industrial and agricultural machinery, and ships, many components have a certain angle of groove processing requirements due to structural design needs, laying a solid foundation for the next welding process. Traditional processing methods such as flame and plasma often produce deep cutting marks when cutting open edges, which must be eliminated through manual secondary polishing. The processing process is complex and prone to thermal deformation.

Laser processing is a new type of groove processing method with minimal thermal deformation and the best notch quality. The laser groove cutting machine can process steel plates within 20mm, and can complete V, X, Y and other forms of grooves in one go. Compared to traditional flame and plasma groove processing, laser groove cutting greatly improves processing efficiency, ensures the quality of the groove, and also saves materials.

The groove laser cutting machine adopts an AB double pendulum structure, breaking the limitations of straight sections and supporting multiple shapes such as x-shaped, y-shaped, and v-shaped full groove one-time forming cutting, meeting multiple cutting needs such as 0-45 ° multi angle oblique cutting, straight edge groove, and arc groove. Not only is the processing efficiency fast, it saves the labor cost of secondary processing, but it also ensures high processing quality.