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3D digital decoration method and device based on water-based UV curing ink

An ink and water-based technology, used in typewriters, printing and other directions, can solve the problems of high ink toxicity, high use cost and high manufacturing price, achieve high-speed 3D printing, realize 3D printing, and increase the effect of ink output

Inactive Publication Date: 2019-02-15
施莹莺
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0015] In order to solve the above problems of complex equipment, high manufacturing price, high use cost and high ink toxicity in the use of pure UV curing ink, the present invention provides a simple equipment, simple process, easy operation, environmental protection and safety based on water-based UV curing ink. A method that can meet the finishing processes of 3D hot stamping, 3D partial UV glazing, 3D shiny particle decoration, digital indentation, and Braille printing on the surface of printed matter

Method used

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  • 3D digital decoration method and device based on water-based UV curing ink
  • 3D digital decoration method and device based on water-based UV curing ink
  • 3D digital decoration method and device based on water-based UV curing ink

Examples

Experimental program
Comparison scheme
Effect test

Embodiment

[0068] Embodiment I 3D partial UV glazing

[0069] Install the jetting part (customized) on the XY control platform of the Yitu CA24 cutting plotter, and fill it with water-based UV curing ink. The parameters of the ink are: solid content 40%, viscosity 60mpas, and surface tension 45 dyn / cm. Print the water-based UV curing ink on the surface of the white cardboard (300g) substrate, then enter the drying module for heat drying for 1min, and then enter the curing module (1000w mercury lamp) for UV curing for 5s to complete 3D partial UV glazing.

[0070] Example II 3D Hot Stamping

[0071] Install the injection parts (customized) on the XY control platform of Han's Yueming Laser CMA6040 laser cutting machine, and pour water-based UV curing ink. The parameters of the ink are: solid content 50%, viscosity 100mpas, surface tension value 50 dyn / cm . Print the water-based UV curing ink on the surface of the coated paper (300g) substrate, then enter the drying module for heat drying...

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Abstract

The invention relates to a method for achieving a 3D decoration processing effect on a printed product surface in a jet printing mode. The method comprises the following steps that (1) water-based UVcuring ink is printed on the surface of a substrate through a jet module; (2) the substrate enters a drying module to be subjected to hot drying; and (3) the substrate enters a curing module to be subjected to UV curing. The method further comprises the steps that (4) the substrate is subjected to alumite transferring; and (5) the substrate is subjected to UV curing again. According to the method,a device is simple, a process is simple, operation is easy, environmental protection and safety are achieved, and decoration processes such as 3D hot stamping, 3D local UV glazing, 3D shiny particledecoration, digital indentation and braille printing on the printed product surface can be met.

Description

technical field [0001] The invention relates to a method for digital synergy on the surface of printed matter, that is, to realize the effect of 3D finishing and processing on the surface of printed matter by means of jet printing, so as to increase the attractiveness of the product and the expressiveness of the shelf, increase its added value, and realize Braille printing And use 3D graphics to carry out digital indentation process. Background technique [0002] Just as the invention of the steam engine is the symbol of the first industrial revolution and electricity is the symbol of the second industrial revolution, digital technology is undoubtedly the symbol of the third industrial revolution. The wide application of digital technology is changing the whole world, including printing which has a history of thousands of years. [0003] Counting from the world's first digital copier using the principle of electrostatic imaging in 1938, the application of digital technology...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): B41J3/00
CPCB41J3/00
Inventor 不公告发明人
Owner 施莹莺
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