Metal packaging box manufacturing and processing machine and method

Abstract

The invention provides a metal packaging box manufacturing and processing machine and method. The metal packaging box manufacturing and processing machine comprises a mounting bottom plate, a supporting frame, a blanking groove, supporting legs, a film coating mechanism, a cutting mechanism, a positioning mechanism, a conveying belt, a conveying air cylinder, a conveying plate and a transition plate. According to the metal packaging box manufacturing and processing machine and method, the problems that manual film coating operation is usually carried out through manual work during metal packaging box manufacturing and processing operation, manual film coating operation is prone to causing wrinkling and deformation of film materials, then the protection effect on a packaging box is influenced, moreover, the thicknesses of the film materials on the outer surfaces of metal packaging boxes in different production batches are difficult to keep consistent, the attached film materials are more difficultly flatly cut off, and the film materials are more difficultly uniformly heated and softened in the circumferential direction can be solved, the bending capacity of the film materials is improved, meanwhile, the film materials are enabled to adapt to the radian change of the outer edge path of the metal packaging box, and then the attaching degree between the film materials and the metal packaging box is improved.

Description

technical field [0001] The invention relates to the technical field of packaging box processing, in particular to a metal packaging box production and processing machine and a production and processing method. Background technique [0002] The metal packaging box is bent and pressed into a box body with a closed space. Compared with the paper packaging box, the metal packaging box has higher anti-corrosion, moisture-proof, compression and drop resistance, and is widely used in life and industry. , after the metal packaging box is formed, it is often necessary to spray paint and print patterns around it, so as to improve the anti-rust ability of the metal packaging box and improve its aesthetics. The metal packaging box after printing the pattern is in the process of transportation and storage It is necessary to carry out coating treatment on the outer surface in order to avoid the drop of the printed pattern and scratches on the surface of the metal packaging box caused by b...

AI Technical Summary

Problems solved by technology

[0003] 1) Traditional metal packaging box coating operations are often done manually. A large number of repetitive operations increase the labor intensity of workers, and manual coating operations can easily lead to wrinkling and deformation of the film material, which in turn affects the The protective effect on the packaging box, and it is difficult to ensure that the thickness of the outer film material of the metal packaging box in different production batches is consistent, and it is even more difficult to cut off the laminated film material smoothly, so as to improve the working efficiency of the metal packaging box lamination operation

[0004] 2) During the traditional metal packaging box coating operation, it is difficult to stably support the two ends of the metal packaging box and make it rotate by itself, so that the film material can be evenly attached to the outer walls of the metal packaging box, and it is difficult to circle the film material. Soften towards uniform heating, improve the bending ability of the film material and at the same time make the film material adapt to the arc change of the outer edge path of the metal packaging box, thereby improving the bonding degree between the film material and the metal packaging box

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