A shell spraying production line equipment for computer production

Abstract

The invention discloses a shell spraying production line equipment for computer production. By setting a spraying workstation and a material loading workstation, automatic feeding and spraying can be realized. Moreover, full-scale spraying can be realized without turning over the surface during spraying, and baking can be directly used. The light group is baked to ensure the efficiency of production. The feeding robot of the present invention is movable along its length direction, and the feeding robot can store the computer production materials stored in the storage bin. The housing is transferred and loaded to the clamping and positioning mechanism corresponding to each of the spraying stations, and the length direction of the feeding station is set parallel to the arrangement direction between each of the spraying stations, effectively ensuring the space utilization At the same time improve production efficiency.

Description

technical field [0001] Specifically, the invention relates to a shell spraying production line equipment for computer production, and relates to the related field of computer shell production equipment. Background technique [0002] At present, for the production of computer casings, spraying treatment is required to ensure the surface quality of the casings after they are formed. The current spraying of the computer casing is generally manual spraying. This spraying method is inefficient. With the continuous development of automation and the continuous application of robot spraying technology, robot spraying technology is gradually used on the casing. However, the current casing Body spraying is generally to set the shell on the conveyor belt and spray it directly during the conveying process. After spraying one side, turn it over and spray it. Although this method can realize automatic spraying, on the one hand, turning over the side will easily lead to poor spray On the ...

AI Technical Summary

Problems solved by technology

The current spraying of the computer casing is generally manual spraying. This spraying method is inefficient. With the continuous development of automation and the continuous application of robot spraying technology, robot spraying technology is gradually used on the casing. However, the current casing Body spraying is generally to set the shell on the conveyor belt and spray it directly during the conveying process. After spraying one side, turn it over and spray it. Although this method can realize automatic spraying, on the one hand, turning over the side will easily lead to poor spray There are scratches on one side of the conveyor belt, and the efficiency is low. On the other hand, the excess spray paint will accumulate on the conveyor belt, resulting in contamination of the surface connected to the conveyor belt, affecting the spraying performance

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