Digital ceramic printing on glass is a new technology used for the application of imagery, pattern or text to the surface of flat glass. It has allowed for new possibilities and improvements in glass decoration and treatment, specifically in architectural glass. The newest possibilities include high levels of customization, translucency and opacity control, light diffusion and transmission, and solar heat gain co-efficiency calculation.

As a result of severe robustness of the printed glass, the high amount of customization it allows, and its suitability for long and short works, Coffee Printer is a perfect solution for internal and outside architectural window applications. The procedure does not demand displays, and the files are kept digitally. For that reason, you will find no set-up, storage, or upkeep costs; and printing of any size of any board is simple.

The essential components that play a role in the entire growth of electronic earthenware publishing on glass are electronic digital glass printers, ceramic inks, and appearance handling software program.

A digital cup printing device for electronic digital porcelain publishing on cup is Uv Printer with print heads that jet porcelain inks immediately to the cup. The cup stays stationary, whilst just the computer printer carriage sweeps over the print table.

A key feature of the printer is drop fixation, where ink droplets are dried up right away to avoid decline gain. The fixation of the printer ink permits a single successfully pass of the print out carriage even when stamping multi-layer and multiple-colour documents. The decline fixation also makes inline dual vision publishing feasible. Double eyesight consists of producing a graphic that looks different according to which part of the cup has been seen. It is actually attained by printing diverse graphics one on the top of the other. An inline dryer was developed to permit actual-time drying out as well as maximize manufacturing facility room. An even color transitioning system is provided in order that machine operators can certainly move among printing work and increase throughput. The top-resolution printing high quality (up to 720 dpi) and the preciseness from the publishing together permit glass cpus to print out anything from good, razor-sharp and little elements to complicated, full-colour photos on ttnmyz panels approximately 3.3 by 18 m (10.8 by 32.8 ft) in dimensions.

Digital porcelain stamping on glass utilizes electronic ceramic ink that imitate the CMYK shade product and are made from porcelain make up and inorganic pigments and components. The inks are made in a highly managed creation procedure to remove any variability within the final product. The uniformity in duplication from the inks results in high compatibility using the whole color colour pallette of inks. The ink can therefore be electronically mixed and creative designers knows the complete results of the colour every time. Published design glass panels can be substituted when necessary without having the chance of the new panels not coordinating the colours from the current solar panels.

Design-to-glass work-flow computer software bridges the T-Shirt Printer as well as the ink and it is the design instrument for making the graphical apply for printing. It computes printer ink use to regulate amounts of translucency and opacity, to manage shade complementing and blending, and also to make up for different cup sizes and thicknesses.