DTG is definitely an acronym for Direct to Garment printing. Other terms for this consist of, but usually are not limited to, digital direct to garment printing, inkjet to garment printing, and digital apparel printing. The DTG printing approach involves printing straight to textiles or clothes using a modified inkjet printer that may be particularly developed to print garments. It needs a specialized platen and inks which can be formulated especially for cloth textile printing. These inks are printed directly for the fabric, as opposed to dye sublimation textile printing or heat transfer printing which makes use of a paper carrier which transfers the dye image applying a combination of heat and stress.
The fundamental technology applied to construct a DTG inkjet printer may be the very same technology utilized to create an inkjet printer related to these applied in homes and offices worldwide, except they price a lot far more, occasionally lots much more, based on the sort of output the printer will produce. More quickly, bigger, and better machines can cost upwards of $300K.
DTG Printing “officially” became a industrial enterprise in approx. 2004 when the initial DTG inkjet printers were introduced at a big trade show for printers place on by the Specialty Graphic Imaging Association (SGIA) in Minneapolis, Minnesota (USA). Because the original units had been introduced in 2004, several other printer manufacturing organizations have jumped into the fray, along with the speed and resolution have increased drastically over the past ten years.
On the list of causes for DTG printing, though, is the fact that cotton as well as other natural-fiber cloth fabrics cannot be dye sublimation printed, because of the porosity of your fibers. Poly fabrics like polyester and nylon can by “printed” with dyes through the heat transfer in the transfer paper for the fabric because they may be closed fibers that open up and encase the dye then close again as they cool. All-natural fibers usually are not in a position to achieve this, so inks have been invented that would fill the gap, so to speak, working with inkjet printing technologies.
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Natural fabrics have been printed for decades utilizing inks that were compatible with cotton, but together with the advent of dye sublimation printing, it became the challenge to make the inkjet printers that could print cotton and other all-natural fibers with equivalent outcomes, despite the fact that, in my opinion, the colors do not pop at the same time on the all-natural fibers, possibly simply because they are natural fibers.
As with most inkjet printing, most printers are driven by computer systems that have RIP software program. RIP stands for raster image processor. These processing programs dictate the quantity of ink utilised also as sending details on the shirt colour (dark clothing calls for a white base coat under the image to become printed). Some RIP application (additional expensive versions generally) are able to “drive” a number of inkjet printers.
The primary explanation direct-to-garment printing was developed was to make a approach to print tiny quantities of shirts without the price of obtaining to setup several screens to print just a couple of shirts or even a couple of dozen shirts. You could truly print a single shirt with this technology. That would likely be an high priced T-shirt, but many people possess the budgets to afford a single shirt created to order, so the DTG printers had been invented. Having said that, when compared with printing a single t-shirt making use of regular screen printing procedures, DTG printing is quite cost effective. Nonetheless, with anything that is definitely computerized, the equipment and inks are pricey, despite the fact that the results are ordinarily cleaner and much more concise compared with screen-printing.