Three-dimensional metal label pressing and attaching technique method

Abstract

The invention relates to a three-dimensional metal label pressing and attaching technique method. The three-dimensional metal label pressing and attaching technique method comprises the following steps of: step one. preparing three-dimensional metal labels; step two. preparing a set of three-dimensional metal label pressing and attaching device; step three. pressing and attaching the three-dimensional metal labels to a right label bearing plate B; step four. tearing and stripping top transparent films of the three-dimensional metal labels on the label bearing plate B; step five. repeating the step three and the step four, continuously pressing and attaching the three-dimensional metal labels to a label bearing plate A, and tearing and stripping top transparent films till the pressing and attaching of the three-dimensional metal labels on the label bearing plates A are completed; and step six. changing the label bearing plates into other label bearing objects after completing the whole set of pressing and attaching work on the label bearing plate A and the label bearing plate B ,and continuously repeating the step three, the step four and the step five so as to realize continuous automatic production. The three-dimensional metal label pressing and attaching technique method is advanced in technique, high in pressing and attaching accuracy, low in defective rate, high in working efficiency and large in yield, replaces manual film tearing operation very well, avoids existing problems and has very high actual use value and economic benefits.

Description

technical field [0001] The invention relates to a process method for mechanized pressing and pasting an ultra-thin three-dimensional metal label on the surface of a plastic film, in particular to a process method for pressing and pasting a three-dimensional metal label. Background technique [0002] Ultra-thin metal labels with three-dimensional metal light and shadow effects are widely used on films and electronic products, especially various types of cards, cards, logos, etc. At present, the traditional operation methods at home and abroad are manual tearing of the film, alignment , Lamination, low precision, low efficiency, high cost and high scrap rate; there are also a small number of hand-held process devices to achieve high-precision lamination, but this method has high requirements for incoming materials and fails to solve the problem of low efficiency; At present, the three-dimensional metal labels that are maturely applied in the market are generally composed of fi...

AI Technical Summary

Problems solved by technology

[0007] ①The efficiency of manual operation is low, and the actions are numerous and error-prone;

[0008] ②The positioning accuracy of manual operation cannot be guaranteed, and the product quality fluctuates greatly;

[0009] ③When the transparent film is torn off manually, the reject rate is high and the production capacity cannot be guaranteed

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