Cardboard for Tobacco Packaging Printed Paper Anti-Counterfeiting Technology Customized

详情

Cigarette Pack Paper White Cardboard Cigarette Packaging Box Application:
The characters, patterns, lines, photos, anti-counterfeiting, and barcode printing contents on the originals of the cigarette label design are processed by a series of processes such as electrical separation, filming, imposition, printing, and plate-making, and then made into printing plates suitable for different printing machines. Then, through a series of printing press installation, ink application, embossing, glazing, and drying processes, the ink transfers the original content to the surface of printing materials such as paper, and completes the technical process of copying the originals in batches, becoming a smoke of faithful original colors. Standard print.

Cigarette labels are divided into hard packs and soft packs, and they can be divided into boxes and strips of wrapping paper in terms of use functions. The cigarette label mainly adopts four printing methods including "offset printing, flexo printing,gravure printing and silk printing". Cigarette label anti-counterfeiting technology is the focus of post-press processing. The commonly used anti-counterfeiting technology is usually performed by hot stamping machines. Common anti-counterfeiting technology for cigarette labels mainly includes micro-text printing of cigarette labels, laser digital anti-counterfeiting, special laser pattern anti-counterfeiting, fluorescent ink anti-counterfeiting, optical color-changing ink anti-counterfeiting, thermal temperature-varying ink anti-counterfeiting, digital image stealth anti-counterfeiting technology, special edition Paper security.

The hot stamping process is also called special printing, which mainly includes bump embossing and die cutting and indentation processes. Through the high temperature of 130 ~ 150 degrees and the pressure of 2.5kpa, the graphics on the aluminum foil that is stamped by the hot stamping material are transferred to the surface of the paper print.