Die cutting production system for majority of shapes

Abstract

The invention discloses a die cutting production system for a majority of shapes. The die cutting production system comprises a first base film, a second base film, a third base film, a bonding prevention part, die units, a laminating machine and a cutting machine, wherein the laminating machine and the die units are arranged at intervals; the die units comprise a first die unit and a second die unit; first guide holes are formed in the first base film, the second base film and the third base film; the first base film, the second base film and the third base film are wound on roll shafts; andthe first base film is located on the front side of the first die unit, the second base film is located between the first die unit and the second die unit, and the bonding prevention part is located on the second die unit. The multiple first guide holes are machined in the corresponding positions of the first base film and the second base film, first guide pins on dies are inserted into the firstguide holes during die cutting to align the die cutting positions needing die cutting of the shapes, and thus automatic die cutting of the majority of shapes is realized.

Description

technical field [0001] The invention relates to the technical field of die-cutting in multiple shapes, in particular to a production system for die-cutting in multiple shapes. Background technique [0002] With the progress of the times, electronic products such as mobile phones or TVs are becoming more and more common. The accessories of these electronic products are also more important, such as double-sided and functional tapes, cushions, films and heat insulation accessories (copper, graphite, etc.) ) and other products, in order to be processed into most shapes required by customers, punching operations are required. [0003] In recent years, with the continuous evolution of electronic products, customers' processing requirements for most shapes have become more and more complex. In order to meet customer needs, it is difficult to complete only 1-2 punching (also known as die-cutting) processing, and even 5-7 die-cutting processes are required to become a finished produ...

AI Technical Summary

Problems solved by technology

In order to meet customer needs, it is difficult to complete only 1-2 punching (also known as die-cutting) processing, and even 5-7 die-cutting processes are required to become a finished product. Generally, when producing new products, it is necessary to rely on accumulated experience and passed Research has completed shape processing, but most shape processing is difficult to achieve with punching machines alone. Even if it can be realized, it is a non-automated process and is completed by manual operation, resulting in low output and long working time, and high production costs.

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