Post-printing processing process for high-speed mechanical packaging medicine packaging box

Abstract

The invention belongs to the field of medicine packaging box processing, and particularly relates to a post-printing processing process for a high-speed mechanical packaging medicine packaging box. The post-printing processing process comprises a die cutting mark pressing process and a box pasting processing process, wherein the die cutting mark pressing process comprises the steps of cutter ranging, proper mark pressing width and die cutting steel wire height determining, plate mounting, pressure regulating, rule determining, rubber mark pressing strip pasting, test pressing die cutting, formal die cutting, waste cleaning and checking, then, the box pasting processing work is carried out, the temperature of the box pasting operation environment is controlled to be 20 to 25 DEG C, the relative humidity is controlled to be 60 percent to 70 percent, paper feeding is carried out, a third folding line of a paper board is enabled to be positioned in the center position of a box pasting machine, the deflection of the pasting opening of a paper box is prevented, pre-folding, gluing, folding, pressuring and compacting are carried out so that the paper box is firmly pasted, the paper box degluing is prevented, and the processed medicine packaging box is collected. The processing process provided by the invention has the advantages that the box type after the box forming is regular, the box pasting is firm, the quality of the medicine packaging box is improved, the machine halt rate in a high-speed mechanical packaging line can be greatly reduced, and the satisfaction degree of customers is improved.

Description

technical field [0001] The invention relates to a post-press processing technology of a high-speed machine-loaded medicine packaging box, belonging to the field of medicine packaging box processing. Background technique [0002] Post-press processing is a key process in the packaging and printing process of high-speed machine-loaded pharmaceutical packaging boxes. Post-press processing mainly includes die-cutting and creasing processes and box-gluing processes. [0003] The die-cutting and creasing process not only plays an important role in the final quality and effect of packaging, but also can greatly improve the artistic effect of printed matter, and has become an important means of value-added and promotion of printed matter. However, according to incomplete statistics from the State Food and Drug Administration, the national pharmaceutical industry's automatic drug filling production line (machine-loaded line) has increased by 31.2% compared with the same period last y...

AI Technical Summary

Problems solved by technology

At present, although the packaging boxes produced by general companies can meet the needs of most customers, on some high-speed machine assembly lines, there are still problems such as difficult to support the box, and the shape of the box is not correct after the box is formed. Downtime and other issues, the current downtime rate on the high-speed machine assembly line is about 5.8 / 10000, which not only affects the customer's production efficiency (that is, the efficiency of drug filling), reduces the number of orders placed by customers, but also increases the cost of manufacturing pharmaceutical packaging boxes. Cost (because after downtime, waste boxes need to be replenished in the next batch of orders), and the die-cutting and indentation process is closely related to whether the box shape is correct after the box is formed

[0004] Gluing box processing is the last process of packaging box processing. It mainly folds the printed and die-cut cardboard into shape and sticks it well. Problems such as skew, weak glued boxes, degumming of cartons, etc. have not been well resolved yet

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