Automatic paper feed digital cropping and creasing machine

Abstract

The invention discloses an automatic paper feed digital cropping and creasing machine. The cropping and creasing machine comprises a paper feed unit, a paper receiving unit, a cropping module, a creasing unit, a type area position and positioning information bar code scanning head, a fan unit and an operating control unit; the cropping module comprises a cropping unit and a support bottom cabinet unit; the creasing unit comprises upper and lower paper feed rubber rollers, creasing cutters, upper and lower paper discharge rubber rollers, paper feed and discharge sensors, and a step motor; the problems of low efficiency and high cost in the conventional process for manufacturing a die cut template can be solved, and the production efficiency of a user is greatly; and the function of feeding paper without halting can be realized, the applicability and the production continuity of the machine are improved, the processing information bar codes are read and automatically adjusted, the effects of unattended operation, high yield and low labor cost can be achieved, and extremely high economic benefit is brought to the user.

Description

Technical field [0001] The invention relates to the technical field of post-printing equipment (printing subsequent paper processing equipment), in particular to traditional paper processing technologies such as die cutting, creasing, and cutting. Background technique [0002] Business cards, greeting cards, postcards, CD box printing inner seals, etc. are common products in our daily life, but their production process is very cumbersome. The current production process is to make a die-cutting die according to the size of the card to be made, accurately install the die-cutting template on the die-cutting machine, and then perform die-cutting on the printed paper. If the cutting involves indentation , One method is to make the template combined with die-cutting and indentation at one time on the die-cutting machine; the other method is to first complete the cutting process on the paper cutter, and then transfer to the creasing machine to complete the indentation process, the tradi...

AI Technical Summary

Problems solved by technology

[0003] 1. The traditional production method is not suitable for small batch production, and the cost of small batch production is too high.

[0004] 2. The production cost of the die-cutting template is high and time-consuming. One template can only process one kind of shipment, and the flexibility of use is extremely low.

[0005] 3. The production process of cutting first and then creasing is long, especially when the size of the finished product is smaller, the more times of cutting, the more arduous the manual work, the lower the efficiency, and the greater the error;

[0006] 4. Neither of the above two processing techniques can solve the flexible and changeable needs in the field of digital printing;

[0007] 5. Neither of the above two processing techniques can solve the problem of plate center drift in digital printing (the so-called plate center drift refers to the problem of greater deviation of plate center consistency in digital printing compared with traditional offset printing)

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