Sheet metal processing device

Abstract

The invention discloses a sheet metal processing device, and relates to the field of steel plate processing. The device comprises a feed and discharge mechanism, a laser cutting mechanism, a turnover mechanism, a grinding mechanism, a conveying mechanism and a cleaning and drying mechanism, wherein the feed and discharge mechanism, the laser cutting mechanism, the turnover mechanism, the grinding mechanism, the conveying mechanism and the cleaning and drying mechanism are sequentially connected. The laser cutting mechanism comprises a gantry beam and a robot. The robot is fixed to the gantry beam. A circular rail is arranged below the gantry beam. Multiple slide assemblies are arranged at the bottom of the circular rail. Tension balancers are arranged at the bottoms of the slide assemblies. The turnover mechanism comprises a supporting frame. A turnover frame is arranged inside the supporting frame. A steel plate containing area is arranged inside the turnover frame. A steel plate clamping and feeding mechanism is arranged in the steel plate containing area and is fixedly connected with the turnover frame. The tops of feeders are used for containing a steel plate. The feeders are vertically arranged in parallel. Clamps used for clamping the steel plate are arranged on the feeders. By means of the sheet metal processing device, the labor intensity can be lowered, safety is achieved, and the quality of the steel plate can be improved.

Description

technical field [0001] The invention relates to the field of steel plate processing, in particular to a sheet metal processing equipment. Background technique [0002] Sheet metal processing is to stamp, bend, and stretch metal sheets to obtain corresponding parts with constant thickness. When sheet metal processing is performed on steel sheets, operations such as cutting, flipping, grinding, cleaning, and drying are usually required. [0003] In the process of operation, due to the need to flip and grind the cut plate, when grinding now, the cut steel plate is usually turned over manually, and then polished, because the quality and volume of the steel plate are large, not only It is more difficult, labor-intensive, and easy to save workers, which is more dangerous. At the same time, the steel plate will rub against the workbench during the turning process, resulting in damage to the steel plate surface and reducing the quality of the steel plate. Contents of the invention...

AI Technical Summary

Problems solved by technology

[0003] In the process of operation, due to the need to flip and grind the cut plate, when grinding now, the cut steel plate is usually turned over manually, and then polished, because the quality and volume of the steel plate are large, not only It is more difficult, labor-intensive, and easy to save workers, which is more dangerous. At the same time, the steel plate will rub against the workbench during the turning process, resulting in damage to the steel plate surface and reducing the quality of the steel plate

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