Spraying assembly line for sheet metal part products

Abstract

The invention discloses a spraying assembly line for sheet metal part products. The spraying assembly line comprises an assembly line support, a closed assembly line conveying track, locating elements, a driving device and a plurality of machining regions, wherein the assembly line conveying track is used for conveying products to be machined, is arranged on the assembly line support and comprises a track body and a transmission line arranged in the track body; the locating elements are used for locating the products to be machined, evenly distributed below the assembly line conveying track and connected with the transmission line; the driving device is connected with the transmission line in a driving mode so as to drive the locating elements to move cyclically along the track body; the machining regions are arranged along the outer edge of the assembly line conveying track. By the adoption of the spraying assembly line for the sheet metal part products, all spraying processes can be sequentially completed one by one immediately after the products are located; before the next process is carried out, the products do not need to be hung up or down; as a result, while the surface quality of the products is improved, a large amount of machining time is saved, and spraying efficiency is improved.

Description

technical field [0001] The invention relates to a spraying assembly line, in particular to a spraying assembly line for sheet metal products. Background technique [0002] During the processing of traditional sheet metal products, the surface needs to be sprayed, such as painting, to meet the processing requirements of the surface. However, since the structure of the current spraying assembly line is not perfect enough, and the spraying process involves multiple processing procedures, it is only possible to use a fixed-point single-process method, that is, to delineate a certain place as a designated process area, and the product will be processed in the next process. Mechanically move to the designated area of ​​the next process. In the process of moving, the product needs to be repeatedly fixed, that is, multiple times of hanging up and down, and there is a great hidden danger in the surface quality of the product: in the process of taking up and down, the surface of the ...

AI Technical Summary

Problems solved by technology

However, since the structure of the current spraying assembly line is not perfect enough, and the spraying process involves multiple processing procedures, it is only possible to use a fixed-point single-process method, that is, to delineate a certain place as a designated process area, and the product will be processed in the next process. Mechanically move to the designated area of ​​the next process

In the process of moving, the product needs to be repeatedly fixed, that is, multiple times of hanging up and down, and there is a great hidden danger in the surface quality of the product: in the process of taking up and down, the surface of the product is easily scratched , Scratches or scratches, and a lot of time is lost in repeated fixing products, the production efficiency is low, and the production cost also increases accordingly

Images