Stacked flexile printing machine connecting line EB radiation instant curing compound machine

Abstract

The invention discloses a stacked flexile printing machine connecting line EB radiation instant curing compound machine. The machine comprises a printing uncoiling unit, a printing unit and a compoundcuring device; the printing unit comprises a printing board, a printing uncoiling traction unit and a printing coiling traction unit; multiple flexible printing color sets are arranged on the left and right sides of the printing plate up and down; a color drying device is arranged between the upper and lower adjacent flexible printing color sets; the compound curing device comprises a coating unit, a compound unit, an EB radiation device, a coiling unit and a second uncoiling unit; a walking table is arranged between the printing unit and the compound curing device; a connecting line film walking roller is arranged below the walking table; as the EB radiation device is adopted, substrates are coated and printed by adopting EB glue and EB ink; compared with traditional general glue and ink, the ink drying and the glue curing are performed without additional arrangement of an oven, so that the occupied size is small, the drying and curing speed is high, meanwhile, harmful gas cannot begenerated, and higher environmental protection in the production process is achieved. The machine synergistic operation speed is greatly increased; the production period is shortened; and quick delivery is facilitated.

Description

technical field [0001] The invention relates to a laminated flexographic printing machine connected to EB radiation instant curing compound machine. Background technique [0002] Although the laminated flexo printing machine has the advantages of short printing path, small machine footprint, and front and back printing, it has been widely used and promoted, but due to factors such as slow drying speed and incompleteness between colors, the overall development is not fast. Some models still have the problem of high VOCs exhaust emissions; especially stacked flexo printing machines connected to environmentally friendly composite machines have not yet been applied and developed because of problems such as the mismatch between ink drying and glue curing speeds. Solved, resulting in the operation of the connected unit not being able to increase to the ideal speed. Contents of the invention [0003] The technical problem to be solved by the present invention is to provide a lam...

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Problems solved by technology

[0002] Although the laminated flexo printing machine has the advantages of short printing path, small machine footprint, and front and back printing, it has been widely used and promoted, but due to factors such as slow drying speed and incompleteness between colors, the overall development is not fast. Some models still have the problem of high VOCs exhaust emissions; especially stacked flexo printing machines connected to environmentally friendly composite machines have not yet been applied and developed because of problems such as the mismatch between ink drying and glue curing speeds. Solved, resulting in the operation of the connected unit not being able to increase to the ideal speed

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