The BLUEMARK ID and BLUEMARK ID COLOR UV LED printers create high-quality marking quickly and easily. The environmentally friendly UV LED printing technology achieves pin-sharp typefaces in black and white and even in color (BLUEMARK ID COLOR). Along with plastic markers and foils, the BLUEMARK ID printers can also process metal markers.
The BLUEMARK ID COLOR UV LED printer is characterized by its flexible use and easy handling. With its emission-free UV LED technology, it creates high-quality markings on a broad range of materials. The printer can be operated either via the integrated touch display or via the PROJECT complete planning and marking software.
In addition to monochrome printing, the BLUEMARK ID COLOR system also prints with CYMK multicolor. The high-quality individual markings can be used immediately thanks to the innovative printing method.
The integrated marking software supports the entire printing process. The direct entry of print data, videos for troubleshooting, and intuitive menu navigation ensure convenient operation.
The BLUEMARK ID printers can process over 1350 different products, making them the most versatile on the market. The devices can label marking materials made of plastic and aluminum.
The de-stacking function enables the processing of more than 14,000 markers per hour with color printing, and 21,000 markers per hour with monochrome printing. The marking fluid hardens immediately. This enables immediate use of the materials.
The special printing process of the UV LED printing system is similar to inkjet printing, but has significant advantages thanks to its special properties.
The BLUEMARK ID devices use a special fluid made of a liquid plastic with embedded ink particles. The fluid is hardened using UV light. The marking is therefore immediately wipe and scratch-proof.
Printing with the BLUEMARK ID and BLUEMARK ID COLOR does not generate any emissions. In comparison with the inkjet process, in which the fluid component of the ink evaporates after printing, the UV LED technology is significantly more environmentally sound.