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However, partly for historical reasons, and mostly because most electronic screens are dark, we use RGB color models for most light producing imaging devices such as monitors and projectors. Combining red, green and blue light produces lighter colors, offering a good contrast to dark screens. While there are a select number of rare printers that use RGB, there are a multitude of practical reasons CMYK printing will be the dominant model for a long time. On a monitor or projector, combining RGB colored light creates lighter colors- great if you have a dark screen.
However, on print materials, colors are produced differently from how they are made on a computer monitor. Layering RGB inks on top of or close to each other produces darker colors because inks can only absorb and reflect different colors in the light spectrum , not emit them. RGB colors are already dark to begin with. This can save designers a lot of time fine-tuning the results, as is often the case if you only convert your artwork to CMYK just before printing. Did you find this helpful?
Save my name, email, and website in this browser for the next time I comment. If you see a CMYK image very closely, you will see small halftone dots that make up the color we usually see when printed! In screen printing, a thick, colored ink is pressed through a screen by squeegees. This printing method has had widespread popularity for a long time, and the only difference now is that it has been automatized. The inks used in this method are thick, and the outcome is a vibrant image having an almost true-to-life quality.
The color too lasts longer if we use premium inks. Low-quality materials fade away quickly, leaving your t-shirt looking weird. Screen printing is suitable for bulk printing of t-shirts as it comes out to be a cost-effective method. You can print anywhere between to T-shirts with just a gallon of screen printing ink, depending on the size of the design, the quality of the ink, the squeegee pressure applied, the number of strokes, and the mesh count of the screen. The CMYK process requires densely woven screens with a recommended mesh count of or even slightly more.
The thickness of the mesh should also be acceptable, keeping 34 Micron as a good rule of thumb for the mesh count. Maintaining the tension of the screen is also a critical step, as loose screens come up with blurry images due to improper color mixing. Screen printing is widely used in the T-shirt industry due to its vibrancy in the printed design, even on darker fabrics. You can reuse the same stencil repeatedly to recreate the same design, thus making it easier to produce multiple copies of the same garment.
If you are proficient enough and using professional equipment, you can create intricate multi-colored designs too! Although the process has its complexities where it limits the number of colors that your printer can use, still it allows you the more intense ones that you can ever achieve with the digital printing method!
As for the latter, we have dedicated an entire article on — go check it out! This technique involves using a special light-responsive emulsion to create a custom stencil with an emulsion as a light-reactive medium. We take the printout of the design we want to print on the t-shirt and make a stencil out of it.
A transparent acetate film creates the stencil. There is the possibility that the colors may look different from one process to another. CMYK is a more affordable solution that still produces a very high quality print product. Want to know how CMYK printing can help take your business to the next level?
Our team at Printing Solutions would love to show you how!
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