Method for realizing three-dimensional color jet printing of embossed board

Abstract

The invention discloses a method for realizing three-dimensional color jet printing of an embossed board. The method comprises the following steps: A) placing an embossed board to be subjected to jet printing on a jet printing platform on a base of jet printing equipment; B) adjusting the position of a jet printing assembly in X, Y and Z directions relative to a point to be subjected to jet printing of the embossed board to be subjected to jet printing on the jet printing platform to enable the jet printing assembly to be moved to a position right above the point to be subjected to jet printing; C) using the jet printing assembly to perform jet printing processing on the point to be subjected to jet printing of the embossed board to be subjected to jet printing after the jet printing assembly is moved to the position right above the point to be subjected to jet printing; D) repeating the steps B) and C) till the jet printing of all points to be subjected to jet printing of the embossed board to be subjected to jet printing is finished. According to the method, an automatic digital coating process is adopted to realize color jet printing of the embossed board, plate making is eliminated, the coating forming can be realized in a time, the efficiency is high, and the cost is low.

Description

technical field [0001] The invention relates to an improvement method of a coating process, in particular to a device and a printing method for three-dimensional color jet printing on embossed plates by means of ink jet printing. Background technique [0002] Embossed boards are mainly used in the furniture and decoration industries, and generally consist of three parts: a substrate with a concave-convex relief texture, a decorative color layer on the relief surface, and a moisture-proof sealing layer on the back. Formed with decorative colors. [0003] At present, the decorative color layer of the embossed surface is mainly painted by traditional painting, that is, a single color is manually painted on the concave and convex surface of the substrate, and the production efficiency is low and the tone is single. In view of the shortcomings of traditional painting and coloring, some enterprises have improved the painting process according to the uneven surface of the embossed...

AI Technical Summary

Problems solved by technology

However, the semi-manual coating process still has the following disadvantages: fewer coating patterns, lack of color matching changes, and cannot meet the needs of users for pursuing individualized or diverse designs; The installation and coloring have greatly affected the production efficiency and production scale of the enterprise; the semi-manual coating process cannot guarantee the consistency of the coating color and coating effect of different batches of products

Images