![]() ![]() When choosing a CMYK color you manually choose the percentage of each CMYK ink which in the end will lead to a certain size for the tiny raster dots. This way you are rather "construction" colors than "painting" colors. You can also work in CMYK all the way through. Many bright colors from the RGB color space are not possible to print using CMYK colors, so you might notice a shift in colors. Doing the conversion yourself gives you the benefit of seing the converted file with your own eyes. Since there are many different CMYK profiles, you need to get the correct one from the print shop. Like in the first case, you work intuitively in RGB, but when exporting the pdf, you convert the colors to CMYK. The printer will ideally try to match the colors, as well as possible. You export a pdf in RGB and leaves the CMYK converting to the print shop. In this case you create your design in RGB and use your eyes to choose the colors (whether these colors are "correct" depends on the quality and calibration of your monitor). You really need to talk to the printer and find out more about their requirements and the production method best suited for your design.ĭepending on what you print shop says, the workflow could be any of the following: There are many different answers to this question. *** colours might deteriorate if printed on a garment with a low polyester count. Please note: the design should be given in Vector files as some of the colours might have to be tweaked the manufacturer to give the desired results. RGB colours are used on screen based devices, not printers. However, CMYK is always safer as most of the printers usually use this combination. ![]() I believe both RGB and CMYK are good in this case. I don't have much experience with this method so I can't say much. Also, you can only sublimate on polyester-based t-shirts (I would say minimum 60-70% polyester - otherwise the results will look washed out). This method has some limitations as it needs to be printed on white shirts, otherwise, you cannot achieve the full range of colours. The print doesn't deteriorate* and it feels good. It produces the best feel as the design is in the fabric, the print dyes the fabric under high temperatures. This is a relatively new way to print onto garments. It's also recommended to use PMS colours to achieve the results you want.ĬMYK, recommended to use with PMS as in the previous types of print. When it comes to raster images, make sure they are at least twice the size of what you want with 300DPI to ensure you get the best results, even the smallest details.ĬMYK - As most of the printers for Digital Heat Transfer usually work with CMYK (sometimes with the addition of white, silver, gold), it's best to use CMYK. Deliver in any vector format (EPS, AI, PDF etc) or a high-quality raster images (JPG, PNG etc). I recommend using PMS (Pantone Matching System) to get the best results. I have been working in the garment industry for the last 7 years and there are primarily 4 different types of applications:įlat solid colours. If you work with RGB - the colours will have to be converted to CMYK at one point or another. Most of the printers are CMYK-based, so that's the prefered method of working with files. What kind of system are you using to apply your design on the t-shirts? It all depends on what kind of t-shirts are you making. ![]()
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