Processing method and integrated processing device for hard shell cigarette packaging box

Abstract

The invention belongs to the technical field of printing and packaging devices, and particularly relates to a processing method and integrated processing device for a hard shell cigarette packaging box. The processing method comprises the following steps that white cardboard rolls are uncoiled, gilded and printed to form semi-finished paperboards; the paperboard are dried; the pressing mark technology is carried out on the semi-finished paperboards to form a plurality of folding marks; die cutting is carried out on the semi-finished paperboards to form packaging paper; the packaging paper is folded and stuck to form the square and strips-shaped hard shell cigarette packaging box. The integrated processing device comprises a rack, an uncoiling mechanism, a gilding film paying-off device, a gilding mechanism, a printing mechanism, a waste film taking-up mechanism, a drying device, a pressing mark mechanism and a die cutting mechanism which are sequentially arranged on the rack. The gilding mechanism comprises an upper gilding and printing film and a gilding bearing base. A heating disc and a temperature sensor are arranged on the upper gilding and printing film. According to the processing method and device, the cigarette packaging and printing quality is better ensured, the production efficiency is high, and the production cost is saved.

Description

technical field [0001] The invention belongs to the technical field of printing and packaging equipment, and in particular relates to a processing method and integrated processing equipment for a hard-shell cigarette packaging box. Background technique [0002] Cigarette packaging boxes are used to pack cigarettes and have the functions of protection and decoration. Cigarette packaging boxes on the market can be mainly divided into hard shell, soft shell and handmade boxes. The current process method is to print first, then stamping and die-cutting, but the ink is not easy to dry out in a short time, so the ink is smudged, and the quality of cigarette packaging printing cannot be guaranteed. After the pressure is removed by ordinary hot stamping machines, part of the aluminum layer is not firmly printed on the cigarette wrapping paper. At this time, when the material is received, it is easy to cause part of the aluminum layer to peel off, which affects the quality of the ho...

AI Technical Summary

Problems solved by technology

The current process method is to print first, then stamping and die-cutting, but the ink is not easy to dry out in a short time, so the ink is smeared and the printing quality of cigarette packaging cannot be guaranteed.

After the pressure is released on the ordinary hot stamping machine, part of the aluminum layer is not firmly printed on the cigarette wrapping paper. At this time, it is easy to cause part of the aluminum layer to peel off and affect the quality of the hot stamping.

In addition, in the printing of hard shell cigarettes, the printing, hot stamping and die-cutting work on the large roll paper is carried out on three equipments: the hot stamping machine, the printing machine and the die-cutting machine respectively. During the production process, the equipment occupies a large production space and the volume In the three production processes of printing, hot stamping and die-cutting, the paper needs to perform repetitive tasks such as unwinding, tension adjustment, deviation correction and winding. hard to guarantee

In addition, after the pressure is removed in the existing hot stamping machine, part of the aluminum layer is not firmly printed on the substrate. At this time, when the material is received, it is easy to cause part of the aluminum layer to peel off, which affects the quality of hot stamping and produces a large number of defective products.

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