Laser cutting flexible manufacture system

Abstract

The invention relates to a laser cutting flexible manufacture system. The laser cutting flexible manufacture system comprises at least two laser cutting machines which are arranged under a girder frame in a parallel mode; the front end of the girder frame is connected with a material storeroom; a feeding guide rail is arranged under the girder frame; a feeding trolley is arranged on the feeding guide rail; a storeroom entering guide rail is arranged on the lateral side of the material storeroom; two transporting guide rails are arranged in a mode parallel to the girder frame; transporting vehicles are installed on the transporting guide rails; a rotary platform is arranged between the storeroom entering guide rail and the transporting guide rails; rotary platform guide rails are arranged on the rotary platform; the rotary platform guide rails are connected with the storeroom entering guide rail and the transporting guide rails; a feeding manipulator and a discharging manipulator which can move along the girder frame are arranged on the girder frame; a waste separation device is arranged on the rear portion of the laser cutting machines corresponding to the position of the discharging manipulator; a waste tank is arranged on the lateral side of the waste separation device; the rear side of the waste separation device is provided with a sorting conveying device; the lateral side of the sorting conveying device is provided with a part temporary storage box. The laser cutting flexible manufacture system has the advantages of being good in integral cooperative performance and substantially improves the production efficiency.

Description

technical field [0001] The invention relates to a plate cutting processing system, in particular to a laser cutting system. Background technique [0002] Laser cutting is to use laser as a processing method to cut metal or non-metal plates, and can process straight lines and curves of any shape on flat plates. In order to improve the efficiency and automation level of laser cutting and reduce the labor intensity of workers, laser cutting Flexible Manufacture System (FMS) came into being, which is widely used in electrical manufacturing, automobiles, instrument switches, textile machinery, transportation Machinery, home appliance manufacturing, elevator equipment manufacturing, food industry, decoration and advertising, and laser processing stations, etc. [0003] In the prior art, laser cutting FMS is mostly aimed at a single laser cutting machine, and is not well integrated with the production workshop conditions, resulting in insignificant efficiency improvement and insuf...

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Problems solved by technology

[0003] In the existing technology, laser cutting FMS is mostly aimed at a single laser cutting machine, and it is not well integrated with the conditions of the production workshop, resulting in insignificant efficiency improvement and insufficient automation

Since most of the laser-cut plates are made of metal, especially carbon steel plates, the links of raw material storage, delivery, automatic loading and unloading, laser cutting host structure, and parts sorting have not been considered as a whole, resulting in partial The production efficiency is high, but the production efficiency and automation of other positions are not high. Based on the bottleneck effect, the overall production efficiency depends on the link with the worst efficiency. Therefore, the production efficiency of the existing laser cutting system needs to be further improved

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