Automatic fiber laser cutting machine with a vacuum device synchronously with the laser head

An automatic fiber laser cutting machine with a synchronous follow-up vacuuming assembly with the laser bald head, including the main body of the automatic fiber laser cutting machine. The automatic fiber laser cutting machine main body undergoes continuous layout and vacuuming assembly on the side wall of the laser bald head In the same phase, the dust suction assembly includes a cylindrical sealed tank, the bottom end of the sealed tank understands and continues with the rib of the sealing cover, and the bottom end of the sealing cover is vertically connected with a rib tube provided with an outer rib. A limit bolt is screwed on the rib tube, a piston is arranged on the side wall of the bottom end of the rib tube, the behavior of the piston is arranged in the sliding tube, and a partition is arranged inside the sealed tank. This is suitable for the new type of experience adjustment limit bolts, which can change the height of the dust cover to conform to different models of automatic fiber laser cutting machines; experience the visual window to investigate the dust accumulation environment in the sealed tank, and the scale markings can be more intuitive Of the survey on the amount of dust accumulation.

The automatic fiber laser cutting machine based on linear motor includes a base layer base, a supporting base and a rotating guide rail. The base layer base is equipped with a composite rubber pad. A support base is arranged above the rear end of the surface base, a continuous seat is arranged above the support base, a rib rod is arranged on the right side of the guide column, and a constant ring is arranged at the front end of the limit block, A positioning pin is arranged at the front end of the non-variable ring, a top plate is arranged above the rib rod, a crank is arranged above the constant bearing, and a guide plate is arranged at the front end of the support base. The linear motor-based automatic fiber laser cutting machine is compared with the existing general automatic fiber laser cutting machine. While increasing the layout, it greatly improves the application needs of all assembly. The improved equipment uses the linear motor to move the ability reasonably. Moreover, the adjustment of laser equipment is simpler and more convenient, which effectively satisfies people's application needs.