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Automatic four-color twelve-station complex curved surface digital rotation printing machine

A 12-station, complex curved surface technology, applied in the field of automatic four-color 12-station complex curved surface digital rotary printing press, can solve the problems of unstable printing quality and slow printing speed, and achieve short digital printing cycle, digital printing and other problems. High printing efficiency and satisfying color effects

Inactive Publication Date: 2017-02-22
广州市申发机电有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

It mainly solves the problem of slow printing speed and unstable printing quality of the existing inkjet printing machine. The digital printing machine has a simple and reasonable structure, can keep the printing medium fixed during printing, has high working reliability, fast printing speed and excellent inkjet effect. Good, stable printing quality; inkjet head groups can be easily added or reduced to meet the combination requirements of various inks and significantly improve printing quality

Method used

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  • Automatic four-color twelve-station complex curved surface digital rotation printing machine
  • Automatic four-color twelve-station complex curved surface digital rotation printing machine
  • Automatic four-color twelve-station complex curved surface digital rotation printing machine

Examples

Experimental program
Comparison scheme
Effect test

Embodiment example 1

[0044] refer to Figure 7 , digital printing of elliptical bottles: the manipulator at the upper material level clamps the elliptical bottle to be digitally printed from the upper material level to the flame treatment position on the outer surface, and the touch firmware of the manipulator is embedded in the workpiece tooling position to clamp the cylinder assembly Inside the touch switch, the tooling position clamps the cylinder assembly and rotates the oval bottle to be digitally printed for surface flame treatment, and then transfers to the product positioning position to start positioning the oval bottle. After the positioning is completed, transfer to the first digital printing At this time, the rotation axis M1 of the digital printing assembly starts and begins to descend vertically until it approaches the outer surface of the oval bottle side. At the same time, the rotation axes M2 and M3 start synchronously, and the digital printing head passes the ink through the eight...

Embodiment example 2

[0046] refer to Figure 8 , digital printing of special-shaped bottles: the manipulator at the loading level clamps the special-shaped bottle to be digitally printed from the loading position to the flame treatment position on the outer surface, and the touch firmware of the manipulator is embedded in the product tooling position to clamp the cylinder assembly Inside the touch switch, the tooling position clamps the cylinder assembly and rotates the special-shaped bottle to be digitally printed for surface flame treatment, and then transfers to the product positioning position to start positioning the special-shaped bottle. After the positioning is completed, transfer to the first digital printing At this time, the rotation axis M1 of the digital printing assembly starts and begins to descend vertically until it approaches the surface of the special-shaped bottle. At the same time, the rotation axes M2 and M3 start synchronously. The outer surface of the bottle starts printing...

Embodiment example 3

[0048] refer to Figure 9 , digital printing of spherical products: the manipulator at the loading level clamps the spherical product to be digitally printed and transfers it from the loading level to the flame treatment position on the outer surface, and the touch firmware of the manipulator is embedded in the product tooling position to clamp the cylinder assembly Inside the touch switch, the tooling position clamps the cylinder assembly and rotates the spherical product to be digitally printed for surface flame treatment, and then transfers to the product positioning position to start positioning the spherical product. After the positioning is completed, transfer to the first digital printing At this time, the rotation axis M1 of the digital printing assembly starts and begins to descend vertically until it approaches the outer surface of the spherical product. At the same time, the rotation axes M2 and M3 start synchronously. The outer surface of the spherical product star...

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Abstract

The invention discloses an automatic four-color twelve-station complex curved surface digital rotation printing machine. The printing machine comprises digital printing equipment, a control panel, a digital printing work table, a digital printing head, a manipulator system and a product tool position clamping system. Product rotation and face change, driving the digital printing work table, surface flame processing clamping and rotation, pre-positioning clamping and rotation and material loading and unloading manipulator motions are controlled through employing a servo motor and a high-precision screw nut pair, and precise moving control is realized. According to the machine, digital multi-color printing processing on circular bottles, elliptical double surfaces, square-bottle multiple surfaces, special-bottle multiple surfaces, spherical surfaces and revolving body products with outer bosses can be realized, vertical direction motion of the digital printing head and rotation motion of the product rotation mechanism are utilized to make the digital printing head be close to or away from product surfaces for printing, a problem that a revolving body curved surface with an outer boss can not be printed through a printer in the prior art can be solved through the digital printing machine, and the printing machine further has advantages of convenient bottle change, short period and high efficiency.

Description

technical field [0001] The invention relates to a fully automatic four-color twelve-station complex curved surface digital rotary printing machine, which belongs to the technical field of automatic printing machinery. Background technique [0002] Screen printing is widely used due to its wide range of applications, good quality and low cost. At present, screen printing is mostly completed by manual operation from the beginning to the printing process. Therefore, manual operation makes screen printing have problems such as high labor intensity, low production efficiency, and high production cost. [0003] With the increase in the types of screen printing products, the types of screen materials and screen plates are also increasing day by day, and some automated screen printing equipment have appeared in the existing screen printing equipment, but most of them are complex in structure, difficult to debug, and efficient. Low, high technical requirements for debugging personn...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): B41J2/005
CPCB41J2/005B41J3/40733B41J3/4073
Inventor 吴福富辛焓烽唐睿
Owner 广州市申发机电有限公司
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