Integrated laser anti-counterfeiting package and manufacturing method thereof

Abstract

The invention relates to the field of anti-counterfeiting packages, aims to overcome the shortcomings of the prior art, and provides an integrated laser anti-counterfeiting package capable of ensuring better anti-counterfeiting effect and a manufacturing method thereof. The manufacturing method comprises the following steps of: S1, printing characters and graphs on release backing paper; S2, manufacturing hollowed characters and graphs by using the characters and the graphs printed on the release backing paper in a way of repeated alkaline washing and ultraviolet exposure; S3, cutting the printed and hollowed release backing paper into a plurality of unit label print forms; and S4, positioning and transfer-printing the unit label print forms on the outer package of the product to form the integrated laser anti-counterfeiting package together with the outer package of the product. The integrated laser anti-counterfeiting package and the manufacturing method thereof ensure the uniqueness of the characters and the graphs, endow the anti-counterfeiting effect of the characters and the graphs per se, and avoid imitators producing the randomly-variable characters and graphs with laser holographic effect by ordinary technology.

Description

technical field [0001] The invention relates to the field of anti-counterfeiting packaging, in particular to an integrated laser anti-counterfeiting packaging and a preparation method thereof. technical background [0002] Laser holographic technology is a widely used anti-counterfeiting technology, which achieves the purpose of anti-counterfeiting by making a laser holographic image on the label, hard box or film packaging, or the pull line of film packaging. Carriers such as labels, packaging, or packaging pull wires with laser holographic images on them can be collectively referred to as laser anti-counterfeiting marks. [0003] There are some deficiencies in the existing laser anti-counterfeiting marks in practice: the conventional laser holographic image is formed by embossing the holographic nickel plate on the polyester film, and the layout or pattern of the laser image of the laser anti-counterfeiting mark produced in this way is Very limited and can only be used fo...

AI Technical Summary

Problems solved by technology

[0003] Existing laser anti-counterfeiting marks have some shortcomings in practice: conventional laser holographic images are formed by embossing a holographic nickel plate on a polyester film. The layout or pattern of the laser image of the laser anti-counterfeiting mark produced by this method is very limited, and can only be used for repeated printing of the same finalized pattern

However, in this technology, the random number itself does not have any anti-counterfeiting technology, so it is generally necessary to cover the random number in the form of coverage

This technology is not only complicated in process, but also has almost no anti-counterfeiting ability in the form of coverage. The main anti-counterfeiting ability lies in the telephone anti-counterfeiting system, but the technical content of today's telephone anti-counterfeiting system is not high, and counterfeiters are fully capable of copying or imitating

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