Industrial digital printing machine

Abstract

An industrial digital printing machine is provided with a spray head trolley, a printing platform, a printed matter guiding system and a drying system. The spray head trolley is provided with a plumb bob screw, a plumb bob long hole, a coarse adjustment seat and a fine adjustment seat; the fine adjustment seat is provided with an inclined plane A and a conical screw A; the rough adjustment seat is provided with an inclined plane B and a conical surface screw B; the printing platform is provided with a paper pressing piece, a supporting plate and a leveling piece. The printed matter guiding system comprises a winding and unwinding subsystem and a printing subsystem. The winding and unwinding system comprises an unwinding roller and a winding roller; a brush roller is arranged beside the collecting roller; in the printing subsystem, a lifting roller and a brush roller are arranged on one side of the printing platform from top to bottom, and an inverted splayed pressing rod mechanism is arranged below the printing platform; the drying system is provided with a wind-light drying device; the wind-light drying device comprises a fan B, a W-shaped air deflector and a red light heating pipe from bottom to top; a large number of printed objects can be transferred, it is guaranteed that the printed objects are transferred on the printing platform at a constant speed, and the printing effect is guaranteed; in addition, the horizontal position and height of the nozzle can be adjusted, and more kinds of printed objects can be printed.

Description

technical field [0001] The invention relates to the technical field of printing machines, in particular to an industrial digital printing machine. Background technique [0002] The printing machine is a "non-contact" inkjet printing high-tech digital printing equipment; its working principle is basically the same as that of an inkjet printer; The computer is edited and processed through the computer printing color separation and drawing system (CAD), and then the computer controls the micro piezoelectric inkjet nozzle to spray the special dye solution directly onto the textile to form the required pattern, and then make it according to the tissue composition of different fabrics. Different post-processing, such as drying and color fixing treatment, etc. The printing machine generally includes a horizontally moving nozzle trolley, a printing platform under the nozzle trolley, a printed matter guidance system and a drying system; the printing machine moves the nozzle trolley ...

AI Technical Summary

Problems solved by technology

The printing machine generally includes a horizontally moving nozzle trolley, a printing platform under the nozzle trolley, a printed matter guidance system and a drying system; the printing machine moves the nozzle trolley horizontally, the nozzle trolley has a built-in printing nozzle, and the nozzle is integrated with a nozzle; the nozzle passes through Ink is sprayed on the printed matter; the drying device dries the printed matter sprayed with ink to complete the printing work; although the printing machine in the prior art can undertake the basic functions of each part, it still has the following disadvantages: 1. Since most of the printing machines are used for industrial production, there are a large number of printed matter to be printed, and the printed matter cannot be guaranteed to flow at a uniform speed on the printing platform, thereby affecting the printing effect; 2. When a printing machine cannot print multiple Printing can be carried out on a variety of printed matters, because the position of the nozzle of the nozzle cannot be adjusted, so as to meet the needs of various printed matters on the spraying effect of the nozzle

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