At a glance
| Screen printing | DTG | |
|---|---|---|
| How it prints | Ink pushed through a mesh stencil, one screen per color, then heat cured | Water-based textile ink sprayed by an inkjet printhead onto the garment, then heat cured |
| Setup | Films, screens and press setup for every color in every location | Little to none: the file goes straight to the printer |
| Cost per piece as quantity grows | Falls steadily as setup is spread over more pieces | Stays fairly flat from the first shirt to the last |
| Number of colors | Each color adds a screen; full-color art needs halftone separations | Unlimited colors, gradients and photos with no added setup |
| Color matching | Inks mixed to Pantone references; metallic, neon and specialty inks available | Built mostly from CMYK plus white; close on many brand colors but not all, no metallics |
| Feel | From almost nothing (water-based, discharge) to a smooth layer (plastisol) | Very soft on light cotton; a firmer layer where white ink goes down on darks |
| Durability | Holds color through many washes when properly cured | Good when pretreated and cured well; tends to fade sooner |
| Fabrics | Cotton, blends, fleece, canvas, and polyester or nylon with suitable inks | Cotton and cotton-rich blends; polyester and heathers are more limited |
| Best fit | Larger runs, flat or bold designs, brand colors, specialty effects | Small runs, samples, one-offs, many designs, photo detail, print-on-demand |
How each method works
Screen printing is a stencil process. The design is split into its colors, each color is burned into its own screen of fine polyester mesh, and the press pushes ink through each screen in turn with a squeegee. On a dark shirt, a white underbase usually goes down first and is flash cured so the colors on top stay bright. The finished print passes through a conveyor dryer to cure. The ink can be plastisol, water-based, discharge or a specialty ink such as puff or metallic. The whole sequence is laid out in what is screen printing.
DTG, short for direct to garment, is a digital process. A specialized inkjet printer sprays water-based textile ink onto the shirt while it lies on a platen, building the image mainly from cyan, magenta, yellow and black (some systems add extra colors), with white ink underneath on dark and colored garments. Before a dark shirt is printed, it gets a coat of pretreatment that keeps the white ink at the surface. After printing, the garment is heat pressed or run through a dryer to cure.
Cost and quantity
The biggest practical difference is where the cost sits. Screen printing front-loads it: every color in every print location needs a screen and press setup, whether the order is 30 shirts or 3,000. Over a large run, that setup shrinks to a small share of each shirt, and the press itself is fast, so the price per piece drops as quantity climbs. On a small run, the same setup makes each shirt expensive.
DTG has almost no setup, but every print uses printer time, ink and pretreatment, and those costs barely move with quantity. That makes DTG the natural fit for very small orders and screen printing the natural fit for large ones. In between, the crossover depends on how many colors and locations the design has. A one-color logo tips toward screen printing early; a full-color illustration can stay cheaper on DTG for much longer. The screen printing cost guide explains how setup adds up.
Color, detail and matching
DTG handles photos, gradients and many-color art with no extra effort, since every color comes from the same set of inks. Screen printing can reproduce that kind of art too, through simulated process or CMYK separations built from halftones, but it takes skilled separation work and more screens.
For flat brand colors, the advantage flips. A screen printer mixes each spot color to a Pantone reference and lays it down as a solid, opaque layer, so a logo color can match closely from one run to the next. DTG mixes color from tiny dots of process ink and gets near many brand colors but not all; some vivid oranges, blues and greens fall outside its range, metallic and glow effects are not possible, and fluorescent inks are found only on a few high-end systems. Screen printing also offers textures no inkjet can, including puff, high-density, glitter, foil, suede and discharge.
Feel and durability
On a white or light cotton shirt, DTG ink soaks into the fibers and gives one of the softest prints available. On a dark shirt, the white layer under the colors adds a thin, slightly firmer film, though it is usually lighter than a heavy plastisol print. Screen printing covers a wide range: discharge and water-based prints have almost no hand, while plastisol over an underbase sits on the fabric as a smooth, flexible layer. The screen printing inks guide compares the options.
Durability comes down to curing in both cases. Well-cured plastisol and discharge prints keep their color through a long life of laundry. A properly pretreated and cured DTG print lasts as well, but it tends to soften and fade sooner, especially on darks, and it rewards gentle care. Shops that skimp on pretreatment or curing produce DTG prints that wash out quickly, so it is fair to ask any printer how they test cure.
Fabrics
DTG is happiest on cotton and cotton-rich blends, and printer makers formulate their inks and pretreatments around those fabrics. On most systems, polyester, tri-blends and some heathers give weaker, less saturated results, and pretreatment can leave marks on certain colors. Screen printing works on a much wider range: cotton, blends, fleece, canvas totes and, with low-cure or specialty inks, polyester and nylon. For performance tees, nylon jackets or bags, screen printing or another method entirely is usually the answer. If you are still choosing a garment, how to choose a blank covers which fabrics suit which method.
Using both
The two methods are not rivals for every brand. Many sellers test new designs with DTG or print-on-demand, then move proven sellers to screen printing once demand justifies the setup. Events often screen print the main shirt in volume and use DTG for small add-ons, staff versions or personalized pieces. And when a fabric suits neither, DTF is another digital route worth comparing.
Which to choose
- Choose screen printing when you are ordering a meaningful quantity of one design, the art uses a limited number of flat colors, you need exact brand colors, the garment is not 100% cotton, or you want a specialty effect such as puff, metallic or discharge.
- Choose DTG when you need a handful of pieces, a sample or a one-off, many designs in small quantities, a photo or highly detailed full-color image, or a setup where each order is printed as it comes in.
- When the order falls in between, get both priced: screen printing with the color count you actually need, and DTG at the same quantity. Then compare cost, look and feel on a sample.
- For full-color art on dark garments in a large run, ask to see a DTG sample next to a simulated process strike-off before committing.
- For the wider picture, including embroidery, DTF and sublimation, read types of shirt printing.
Sources
- International Coatings, General Purpose Colors 7600 Series plastisol product bulletin, checked 2026-10-04
- Epson, Cotton Pre-Treatment Fluid product page, checked 2026-10-04
- Epson, SureColor F2270 DTG ink page, checked 2026-10-04
- Brother Australia, GTX-423 Pro direct to garment printer, checked 2026-10-04
- Kornit Digital, NeoPigment ink portfolio brochure, checked 2026-10-04
Useful for: clothing brands, bands, events, creators.