Integrated alumina template processing product line

Abstract

The invention discloses an integrated alumina template processing product line and relates to the technical field of alumina template processing. The alumina template integrated processing product line is composed of a feeding machine table, an X-axis conveyer belt, a mechanical arm, a cutting sawing machine, a punching machine tool, a pneumatic transmission system and an electric control system. The manufacturing procedure of the alumina template is completed by way of after the mechanical arm grabbing the alumina template of the feeding machine table, placing the alumina template in a cutting platform of the cutting sawing machine to cut, pushing the cut alumina template to the X-axis conveyer belt through a pushing mechanism on the cutting sawing machine, conveying to the punching machine tool to punch through the X-axis conveyer belt and finishing punching by the punching machine tool. The product line substitutes the traditional manual operation mode, is high in working accuracy and production efficiency, stable in processed product quality, and simultaneously guarantees the personal safety of the operating personnel.

Description

technical field [0001] The invention relates to the technical field of aluminum formwork processing, in particular to an aluminum formwork integrated processing production line. Background technique [0002] At present, the production and processing of aluminum formwork for construction generally use ordinary equipment such as sliding table saws, metal stamping machines, manual hand-held feeding fixtures and other single equipment to produce through skilled workers. Specifically: 1. The sawing is done manually by a single sawing machine To operate the production, the operator has to determine the cutting length of the head and tail of the material by himself, and also needs to use a ruler to determine the cutting length. Due to the manual determination, the waste of the head and tail of the material is serious, and a slight negligence in the operation method will lead to the failure of the processing accuracy. Requirements or personal safety accidents require professional an...

AI Technical Summary

Problems solved by technology

[0002] At present, the production and processing of aluminum formwork for construction generally use ordinary equipment such as sliding table saws, metal stamping machines, manual hand-held feeding fixtures and other single equipment to produce through skilled workers. Specifically: 1. The sawing is done manually by a single sawing machine To operate the production, the operator has to determine the cutting length of the head and tail of the material by himself, and also needs to use a ruler to determine the cutting length. Due to the manual determination, the waste of the head and tail of the material is serious, and a slight negligence in the operation method will lead to the failure of the processing accuracy. Requirements or personal safety accidents require professional and technical workers, and there are great potential safety hazards in the working environment of employees; 2. Punching is produced by manual operation of metal punching machines. During manual operations, the processing accuracy often fails to meet the requirements due to insufficient feeding. A little negligence may cause personal injury. The professional technical requirements of employees are relatively high. During the production and processing process, operators need to do a lot of manual work. The two degrees of freedom before and after are limited, and there are errors in the spacing of each punching hole; thus, on the one hand, it seriously affects the production efficiency of the aluminum formwork and increases the production cost. On the other hand, it also leads to a relatively stable production quality of the aluminum formwork products. Poor, can not effectively meet the needs of actual use; 3. Manual hand-held loading fixture progress loading, each cutting and punching process needs to manually pick up the aluminum template. Increase the error of cutting and punching in the process, resulting in adverse consequences in the actual application of aluminum formwork

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