A high-precision lamination system

Abstract

The invention relates to a high-precision film laminating system. The high-precision film laminating system comprises a frame body, wherein a loading mechanism, a film laminating mechanism, a film cutting mechanism, a discharging conveying belt and an unloading mechanism are sequentially arranged in the frame body, and a stacked material conveying belt is arranged at one end part of the unloadingmechanism; the loading mechanism comprises a loading base plate, an adjusting sliding rail is arranged at the top of the loading base plate, a loading support plate is arranged in the middle of the adjusting sliding rail, positioning brackets are arranged on two sides of the loading support plate, and the loading support plate and the positioning bracket are connected with the adjusting sliding rail in a sliding manner; positioning bolts and a linear sliding table are arranged on the loading support plate, loading pulley blocks are arranged on the loading support plate on two sides of the linear sliding table, and a material pushing claw is arranged on a sliding block of the linear sliding table; and positioning rollers are uniformly arranged at the tops of the positioning brackets, the bottoms of the positioning brackets are cooperatively connected with an adjusting lead screw at the top of the loading base plate, and an adjusting rotating disc is arranged at the end part of the adjusting lead screw.

Description

technical field [0001] The invention belongs to the technical field of film covering, and in particular relates to a high-precision film covering system. Background technique [0002] In the laminating machine in the prior art, the material is loaded manually or through the conveyor belt. This feeding method has poor positioning accuracy, which will cause the material to deviate and fail to be completely coated, and the material is easily separated from the conveyor belt bracket. Sliding occurs, and uniform feeding cannot be maintained, resulting in uneven coating. Manual feeding requires workers to continuously push materials according to the coating situation, which consumes energy and accuracy cannot be guaranteed; after the coating is completed, the protective film is directly cut by the moving cutter Cutting, the protective film will be lifted up during the cutting process of this film cutting method, so that the film covering of the product is not complete, and it will...

AI Technical Summary

Problems solved by technology

[0002] In the laminating machine in the prior art, the material is loaded manually or through the conveyor belt. This feeding method has poor positioning accuracy, which will cause the material to deviate and fail to be completely coated, and the material is easily separated from the conveyor belt bracket. Sliding occurs, and uniform feeding cannot be maintained, resulting in uneven coating. Manual feeding requires workers to continuously push materials according to the coating situation, which consumes energy and accuracy cannot be guaranteed; after the coating is completed, the protective film is directly cut by the moving cutter Cutting, the protective film will be lifted up during the cutting process of this film cutting method, so that the film covering of the product is not complete, and it will also cause air to enter, and the film covering effect is poor, resulting in defective products and scrapping; the film laminating machine is feeding materials After the film is finished, the material is transported out through the conveyor belt, and it is manually removed and stacked next to the conveyor belt, which consumes manpower and is inefficient, and it is easy to cause wear and tear on the material coating and increase the generation of defective products.

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