Complete waste cleaning rotary die cutting machine

Abstract

The invention discloses a complete waste cleaning rotary die cutting machine which comprises a rubber roller, a die-cutting plate roller and a knife plate, wherein waste cleaning components which correspond to all die-cutting wastes are arranged on the knife plate; the waste cleaning components grip the wastes to rotate along with the knife plate; the rear part or the front part of the die-cutting plate roller is provided with a waste cleaning roller; waste cleaning contact terminals which correspond to the waste cleaning components are arranged on the waste cleaning roller; the rotary speeds of the waste cleaning roller and the die-cutting plate roller are same, and the rotary directions are opposite; each waste cleaning contact terminal is in contact with the waste cleaning component which corresponds to the waste cleaning contact terminal when the roller distance is nearest; and when the waste cleaning contact terminals are in contact with the waste cleaning components, the waste cleaning components release the gripped wastes. The complete waste cleaning rotary die cutting machine can automatically clean waste paper scraps.

Description

technical field [0001] The invention relates to a rotary die-cutting machine, in particular to a fully waste-cleaning circular die-cutting machine capable of automatically removing waste paper scraps. Background technique [0002] At present, with the rotary die-cutting machines widely used in the market, the cardboard is only die-cut, and the finished product and waste cannot be effectively separated. (The corners are only die-cut and cut out the indentation.) Finally, it is necessary to manually tear off the waste paper scraps at these corners, or use a scraping machine to clean up part of the corner scraps first, and then tear them off manually. The rest of the waste. For a die-cutting machine to operate, at least 10-19 people are required to remove waste paper scraps, which greatly increases labor costs and increases business operating costs. Even if a chip shaker is used, only 60-70% of the waste can be removed, and at least ten workers are needed to remove the remain...

AI Technical Summary

Problems solved by technology

For one die-cutting machine to operate, at least 10-19 people are required to remove waste paper scraps, which greatly increases labor costs and increases business operating costs

Even if a chip shaking machine is used, it can only remove 60-70% of the waste, and at least ten workers are required to remove the remaining waste paper. Moreover, the noise of the chip shaking machine is large, and the shaken waste cannot be cleaned effectively, which is also difficult. production is troublesome

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