Thin paper embossing silk-screen printing process

Abstract

The invention belongs to the technical field of paper silk-screen printing, and particularly relates to a thin paper embossing silk-screen printing process. The process comprises the following steps that S100, paper is provided and placed between an intaglio plate and a relief plate, and a three-dimensional shape is embossed on the paper through cooperation of the intaglio plate and the relief plate; and S200, UV oil is provided and subjected to silk-screen printing on the reverse side of the three-dimensional shape through silk-screen printing equipment. The thin paper embossing silk-screen printing process is particularly suitable for the thin paper which is 200 g or below, during production, embossing is conducted on the paper through the intaglio plate and the relief plate, the three-dimensional shape is formed on the paper, and then silk-screen printing of the UV oil is conducted on the reverse side of the three-dimensional shape formed on the paper through the silk-screen printing equipment; in this way, the strength of the position of the three-dimensional shape is reinforced through the silk-screen UV oil, the three-dimensional shape can show the three-dimensional effect without other processes, meanwhile, the paper is not pressed to be deviated by a roller when passing through glue, and therefore the three-dimensional effect can be kept after the inclusion procedure is completed.

Description

technical field [0001] The invention belongs to the technical field of paper silk screen printing, and in particular relates to a thin paper embossing silk screen printing process. Background technique [0002] In the field of packaging, it is often seen that there are embossing processes on gift boxes. There are two traditional embossing processes. The first one is to add a piece of paper of about 250g on the side that needs to be embossed. When the glue is wrapped by hand, the added paper will not have glue in some positions. Because the thickness of the paper is different, it is necessary to add a glue replenishing process, which will reduce the production capacity and the quality cannot be guaranteed. The second is to directly change the thin paper into paper of about 300g~400g. For example, the embossing process used on the gift box has a cardboard with a thickness of 1.0mm~2.0mm and 157g of paper inside. If it is changed to paper of about 300g~400g, it is necessary to...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to provide a thin paper embossing screen printing process, which aims to solve the technical problems of low production capacity, high cost and unguaranteed quality in the prior art embossing process

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