Drum-surface processing device

Abstract

The invention relates to a drum-surface processing device which comprises a drum device for conveying materials to be processed, a hot press, a pressure output device and a dividing and cutting machine, wherein the hot press is used for pressing and modeling the materials conveyed by the drum device, the dividing and cutting machine is used for dividing and cutting the processed material, the hot press is connected in series and interlocked with the dividing and cutting machine and is internally connected in series with a plurality of heating plates and guide posts passing through the plurality of heating plates, and the spaces among the heating plates are divided into a plurality of heating spaces in which dies are arranged; the drum device comprises a plurality of drums corresponding to the heating spaces in amount and used for conveying materials to be processed to the corresponding heating spaces for heating and pressurizing; the pressure output device is located at the outer end of the first heating space that faces outside so as to push the heating plates to move upwards and downwards along the guide posts and combine together or separate from each other; and by pressure transfer, the heating plates are pressurized simultaneously. The device has the advantages of low energy consumption, high efficiency, low heat loss and wide application prospect.

Description

technical field [0001] The invention relates to the technical field of packaging material embossing processing, in particular to a roll-type surface processing equipment. Background technique [0002] In recent years, with the continuous improvement of people's living standards, not only the quality requirements of consumer products are getting higher and higher, but also the appearance of packaging of products such as food, medicine, tea, tobacco and alcohol is becoming more and more delicate. At present, these products are mainly packaged in the form of cartons, plastic boxes, iron boxes or composite material boxes. Moreover, various patterns are printed on the packaging box, such as brand names, product schematic texts or other promotional graphic textures. Attract consumers' vision. [0003] Traditional packaging materials are usually directly embossed by embossing equipment to form textures. However, this traditional embossing equipment has the following disadvantages...

AI Technical Summary

Problems solved by technology

[0003] Traditional packaging materials are usually directly embossed by embossing equipment to form textures. However, this traditional embossing equipment has the following disadvantages: First, this equipment can only process small-area materials, and cannot process large-area materials. Second, this equipment cannot form complex textures; third, it cannot form a deep height, and the extruded texture is easy to rebound, especially for widely used plastic materials, it is impossible to form a certain depth at all. Embossing, the embossed texture has shortcomings such as unclear patterns and easy restoration of the texture, which affects the processing quality of the packaging material pattern

Therefore, traditional embossing and embossing equipment is difficult to meet the current industrial production requirements for packaging material embossing

Moreover, in this traditional embossing equipment, a large pressure output is usually required, and a large power consumption is required to form a product each time, that is, large energy consumption and low production efficiency

In addition, the efficiency of the traditional machine is low, the machine speed is slow, the auxiliary man-hours for loading and unloading are many, the loading and unloading device is complicated and expensive, and the positioning accuracy is low

There are many leftovers on flat paper, which leads to large waste and high cost

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