Shearing machine for digital printing

Abstract

The invention discloses a shearing machine for digital printing. The shearing machine for digital printing structurally comprises a lampshade, a display screen, an operating table, a switch, a feedingroller, a shearing mechanism, a substrate, a machine tool and a lens. The shearing machine for digital printing has the beneficial effects that the surface friction force of a slag eliminating devicein contact with an unique friction wheel on a conveying track chair can be enhanced, and the contact pressure of the slag eliminating device and a carrying plate can be adjusted by means of the friction force, so that the force of eliminating slag is moderate; a cutting seat on the slag eliminating device can cut fiber slag left on the carrying plate, a polish-brush device can remove stubborn residues by way of rotary polish-brushing, a drainage slot which is formed can discharge the residues toward two sides, a planing groove in the bottom can play a similar digging role, and the residues which are not cleaned completely by a cutting block can be cleaned in an operating process of the cutting seat.

Description

technical field [0001] The invention relates to the field of printing equipment, in particular to a shearing machine for digital printing. Background technique [0002] With the continuous maturity of digital printing and printing technology and the improvement of product quality, digital printing and printing, a new production method, will become the main production method in the textile printing and printing industry, because digital printing technology is environmentally friendly and low-energy compared with traditional printing methods. The advantages of energy consumption meet the current production requirements of energy saving, emission reduction and environmental protection. After digital printing, the fabric needs to be cut into the required size and shape. Laser cutting is controlled by the numerical control system, which can achieve a high degree of precision and meet the requirements of Processing of high-end printed fabrics, but laser cutting is a high-temperatu...

AI Technical Summary

Problems solved by technology

[0002] With the continuous maturity of digital printing and printing technology and the improvement of product quality, digital printing and printing, a new production method, will become the main production method in the textile printing and printing industry, because digital printing technology is environmentally friendly and low-energy compared with traditional printing methods. The advantages of energy consumption meet the current production requirements of energy saving, emission reduction and environmental protection. After digital printing, the fabric needs to be cut into the required size and shape. Laser cutting is controlled by the numerical control system, which can achieve a high degree of precision and meet the requirements of Processing of high-end printed fabrics, but laser cutting is a high-temperature and high-heat fusion cutting method. Carbonized fabric residues will be generated at the moment of cutting the fiber fabrics. Agglomeration, if the agglomeration continues to accumulate to a certain thickness, it will form bumps of different sizes and shapes. If it is not removed in time, the surface of the printed fabric will be uneven when the printed fabric is laid, making the cutting accuracy of the digital printed fabric impossible. To meet the processing standards, based on the above premise, this case developed a shearing machine for digital printing to solve this problem

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