Full-automatic nonmetal laser machining equipment

Abstract

The invention discloses full-automatic nonmetal laser machining equipment. The equipment comprises an equipment support, wherein a workbench top is formed on the upper side face of the equipment support and is provided with a Y-axis module, a Y-orientation jig movement module and a laser machining module, the Y-orientation jig movement module comprises a jig supporting moving plate, jig guide rails, a positioning jig, a Y-orientation air cylinder and a Y-orientation air cylinder push plate, and the laser machining module comprises a fixed base, a laser device mounting plate, an X-axis module,an X-axis moving plate, a Z-axis module, a Z-axis moving plate, a laser cutting head fixing plate and a laser cutting head. The full-automatic nonmetal laser machining equipment is simple in structure, has comprehensive functions, and can be compatible with various feeding and discharging modes including manual labor and robots, and the machining mode of full-automatic unmanned guarding is achieved. Compared with traditional gantry double driving equipment, the full-automatic nonmetal laser machining equipment is simpler in structure, lower in cost and higher in stability; and moreover, the structure for conducting sealing protection on a laser device and two reflectors is adopted so that the maintenance on reflecting lenses and the laser device can be reduced, and the service life can beprolonged.

Description

technical field [0001] The invention belongs to the technical field of laser processing equipment, and in particular relates to a fully automatic non-metallic laser processing equipment. Background technique [0002] At present, the equipment used for non-metallic laser processing on the market is the structure of mobile gantry double drive, that is, the motion shaft system is all installed on the bed of the machine tool, the workpiece to be processed is fixed on the base, and the shaft system drives the cutting head to move To complete the machining process, for example, two parallel Y-axes are installed on the base of the bed, and the X-axis is installed on the moving plates of the two Y-axes through screws to form a gantry structure. The laser cutting head is installed on the X-axis, and can be It moves within the effective range of X and Y (Z direction can only be adjusted manually according to the height of the workpiece). The advantage of this structure is that the wo...

AI Technical Summary

Problems solved by technology

The advantage of this structure is that the workpiece is fixed, that is, the size and weight of the workpiece will not have any impact on the processing process, but it is difficult to process products with height changes

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