Flexible laser machining system

Abstract

The invention discloses a flexible laser machining system. The flexible laser machining system comprises an automatic uncoiling system, a laser cutting system, an automatic discharging system and a sorting table, wherein the automatic uncoiling system, the laser cutting system, the automatic discharging system and the sorting table are connected in sequence. The automatic uncoiling system comprises an automatic uncoiling line and rollers, and plates to be machined are wound on the rollers. The laser cutting system comprises a bed body, a workpiece conveying system, rails, a cross beam, a laser cutting Z shaft and a laser cutting machine head, wherein the cross beam moves horizontally along the rails, the laser cutting Z shaft moves horizontally along the cross beam and vertically moves up and down under the effect of self power, and the plates to be machined are uncoiled through the automatic uncoiling system and then cut into workpieces through the laser cutting system. The automatic discharging system comprises a portal frame, a movable trolley on the portal frame and vacuum suction cups under the movable trolley. The workpieces obtained through machining of the laser cutting system are sucked by the vacuum suction cups and driven by the movable trolley to move to the sorting table. According to the flexible laser machining system, the continuity of machining procedures is achieved, and the automation degree is improved.

Description

technical field [0001] The invention relates to the field of laser cutting, in particular to a laser flexible processing system. Background technique [0002] Laser cutting technology is a thermal cutting method that uses a focused laser beam as the main heat source. It generally uses a carbon dioxide laser beam to gather the laser beam in a small area through a lens and a mirror, so that the energy is highly concentrated for local cutting. Rapid heating, so as to achieve the purpose of cutting, especially suitable for products with metal sheet metal parts, stainless steel materials, complex contour shapes, and high slitting process requirements. [0003] In the traditional laser cutting system, in the mass production and processing operations, the materials to be processed are generally uncoiled by the uncoiling line, and then cut by the flying shear equipment, and the cut and stacked materials are manually packaged and transported to the laser cutting equipment. Then real...

AI Technical Summary

Problems solved by technology

[0003] In the traditional laser cutting system, in the mass production and processing operations, the materials to be processed are generally uncoiled by the uncoiling line, and then cut by the flying shear equipment, and the cut and stacked materials are manually packaged and transported to the laser cutting equipment. Then realize the laser cutting operation by carrying and loading materials. The whole operation process is cumbersome and the manual workload is large, which is not conducive to the improvement of production and processing efficiency.

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