Automatic tracking cutting mechanism for coating surface of door plate

Abstract

The invention discloses an automatic tracking cutting mechanism for a coating surface of a door plate. The automatic tracking cutting mechanism for the coating surface of the door plate comprises a cutting assembly used for cutting off a door plate film and a cutting conveying assembly used for conveying the door plate, wherein the cutting assembly is installed on the cutting conveying assembly, and comprises a cutting tool and a cutting support, and the cutting support is installed on the cutting conveying assembly; the cutting tool is slidably installed on the cutting support, the door platefilm moving on the cutting conveying assembly is cut off through the cutting tool, and the automation efficiency of film coating equipment for the door plate is increased.

Description

technical field [0001] The invention belongs to the field of cutting equipment, and in particular relates to an automatic tracking and cutting mechanism for the covering surface of a door panel. Background technique [0002] At present, paint-free doors mostly use plastic-absorbing surface treatment process, and apply the decorative film to the base material of the door panel through vacuum adsorption; For the door panel of different materials, high temperature environment will cause problems such as local shrinkage and deformation of the door panel, which will affect the quality of the door panel; two, it is difficult to realize fully automated production, and positioning is relatively troublesome; third, the blister surface treatment method can only be used for both surfaces of the door panel Lamination treatment, the side of the door needs to be sealed again, and the edge sealing will cause the appearance of the edges and corners of the door side to be unsightly, and seri...

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Problems solved by technology

[0002] At present, paint-free doors mostly use plastic-absorbing surface treatment process, and apply the decorative film to the base material of the door panel through vacuum adsorption; For the door panel of different materials, high temperature environment will cause problems such as local shrinkage and deformation of the door panel, which will affect the quality of the door panel; two, it is difficult to realize fully automated production, and positioning is relatively troublesome; third, the blister surface treatment method can only be used for both surfaces of the door panel Lamination treatment, the side of the door needs to be sealed again, and the edge sealing will cause the appearance of the edges and corners of the door side to be unsightly, and serious edge problems are difficult to solve; and adding an edge sealing process will increase the production cost. After the equipment coats the door panel, it needs to cut off the door panel film. Most of the laminating equipment currently on the market needs to cut off the door panel film when the door panel is in a static state. The whole door panel film coating equipment needs to be shut down for a certain period of time, resulting in The finishing continuity is reduced, and the time for door panel coating is increased

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