Full Colour Transfers
Full Colour Transfers are produced using our TrueVIS SG2-300 Printer Cutter and printed onto a thin heat transferable garment vinyl. Using CMYK print technology we can produce full colour, vibrant cad cut designs with incredible accuracy.
Our Roland VersaCAMM TrueVIS SG2-300 printer can produce and cut high quality garment transfers with incredible detail and accuracy.
Using GreenGuard Gold Certified TrueVis Ink, these premium, environmentally-friendly inks produce incredibly rich, consistent color, ensuring the smoothest gradations and sharpest photographic details. All our TrueVis cartridges are fully reusable to save on waste.
Having a built in cutter blade enables us to print designs in any shape or style and cut along the edge to allow for transparency.
With the addition of application tape we can produce full colour prints with non connecting segments to allow for more detailed transfers. Although it can’t produce transparency as well as DTF printing, the VersaCAMM steps up to the plate when a last minute print is required.
Our Work
Yes, all our prints are machine washable at 40° however we do recommend not to tumble dry them. Although they will be okay, as these are a heat transferred print, the heat from the tumble dryer could loosen the prints.
The VersaCAMM can print fine detail however there are limitations to which the cutter can cut so we do recommend checking first. If you are in no hurry then we could always produce fine detail using o DTF machine.
The VersaCAMM is not able to print white itself however the transfer vinyl is a very slight off white colour so when included in a design it is negligibly noticeable and will appear white.
Unlike the DTF machine where we print during the morning to better manage our time, the VersaCAMM can be used at any time allowing for prints to be produced within an hour all day long.
VersaCAMM transfer vinyls are slightly thicker than the DTF prints so you may feel them more on the garments and the detail of non connecting designs is more limited than DTF.