By submitting this form, you are agreeing to the Terms of Use and Privacy Policy.
Dye-Sublimation a digital computer printing method called printing (or dye-sub printing) uses heat to transfer dye onto objects like plastic, paper, fabric, and cards.
The dye was thought to transfer between the solid and gas states without passing through a liquid stage, hence the origin of the term “sublimation.” This interpretation of the procedure was later proven to be false since some dye liquefaction occurs.
Since that time, dye-diffusion has replaced the original designation as the right phrase for the procedure, although being technically correct. For printing photos, ID cards, and apparel, a variety of home and office dye sublimation printers are available.
These should not be confused with “dye sublimation heat transfer imprinting printers,” which are inkjet printers that produce transfers intended to be imprinted on fabrics and in which the dyes actually sublimate. Particularly in all-over print processes, these are carried out at lower temperatures but higher pressures.
Text and bar codes must be printed on ID cards, and they are done so using an additional black panel on the (YMCKO) ribbon.
Instead of using dye diffusion, this additional panel prints using thermal transfer printing, which transfers an entire layer from the ribbon to the substrate at the thermal head-defined pixels rather than simply a portion of the dye in the layer.
This overall process is then sometimes called dye diffusion thermal transfer (D2T2).
A Digital printing technique called dye-sub printing uses full-color artwork and is compatible with polyester and polymer-coated surfaces.
The technique, also known as digital sublimation, is frequently used to decorate clothes, banners, signs, and novelty items including coffee mugs, mobile phone cases, plaques, and other objects with sublimation-friendly surfaces.
The method makes advantage of the science of sublimation, in which a solid is heated and pressed until it transforms into a gas without first entering the liquid phase.
In sublimation printing, a piezoelectric print head uses liquid gel ink to transfer distinct sublimation colors on sheets of “transfer” paper. The second stage of the sublimation printing process begins with the ink being applied to these high-release inkjet papers.
The substrate to be sublimated is put on a heat press with the digital design after it has been printed into sublimation transfer sheets.
Using a heat press machine, the image must be transferred from the paper to the substrate using a combination of time, temperature, and pressure—each at variable intensities, depending on the substrate. The substrate will receive a molecular transfer of the sublimation dyes through this application.
The majority of sublimation dyes come into action at 350 degrees Fahrenheit or 175 degrees Celsius. For the best color, a temperature range of 195 to 215 degrees Celsius or 380 to 420 degrees Fahrenheit is typically advised.
The Global Dye Sublimation Printer market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
The SureColor F6470 and SureColor F6470H are two new 44-inch wide-format dye-sublimation printers from Epson that were just unveiled.
The adaptable 4-color SureColor F6470 and 6-color SureColor F6470H create speedy output for quickly and effectively producing high-quality transfer images.
They are designed to maximize productivity for print firms. The new models will join Epson’s extensive lineup of SureColor F-Series dye sublimation printers and succeed the well-known SureColor F6370.
