What Is DTG Printing and Is It Worth It for Small Orders?

Over 60% of custom apparel orders placed online involve quantities of 24 pieces or fewer — and that number keeps climbing. If you've been researching different types of t-shirt printing methods, you've almost certainly encountered the term DTG. So what is DTG printing, exactly? Direct-to-garment printing uses modified inkjet technology to spray water-based ink directly onto fabric. No screens, no transfers, no minimum orders. You load a shirt, send a design file, and the printer does the rest. It sounds almost too convenient — and for some use cases, it genuinely is the best option available. But it's not magic, and it's not always the right call.

The technology has matured considerably since its early days. Modern DTG printers from Epson, Brother, and Kornit handle complex gradients, photographic images, and unlimited colors in a single pass. For small-batch work — think 1 to 50 pieces — DTG eliminates the setup costs that make screen printing prohibitively expensive at low volumes. But you'll pay more per shirt, and not every fabric plays nicely with the process.

This guide breaks down exactly how DTG works, what it costs, when you should use it, and when you're better off choosing something else entirely.

How DTG Printing Actually Works

Understanding what is DTG printing at a mechanical level helps you predict results. The printer is essentially a large-format inkjet — but instead of paper, you're feeding it a garment mounted on a platen. The print head moves back and forth, depositing CMYK ink (plus white ink for dark garments) directly into the fabric fibers.

The process follows a consistent workflow:

• Load the garment onto a flat platen and align it
• The printer lays down a white ink base layer (dark garments only)
• CMYK inks are applied on top in a single pass
• The garment goes through a heat press or conveyor dryer at 330°F for 90 seconds to cure the ink

Total production time per shirt runs 2–4 minutes depending on design complexity and whether white ink is needed.

The Pretreatment Step

Dark-colored garments require a pretreatment solution sprayed onto the print area before printing. This liquid creates a bonding layer so white ink adheres to the fabric instead of soaking through. Skip this step and your whites will look washed out immediately. Pretreatment adds about 30 seconds per garment plus drying time, and the solution itself costs roughly $0.25–$0.50 per shirt.

Ink Chemistry and Fabric Compatibility

DTG inks are water-based pigment inks. They bond best with natural fibers — 100% cotton is the gold standard. Cotton-poly blends work but produce slightly less vibrant results. Pure polyester is a problem: the ink sits on top rather than absorbing, leading to poor wash durability. For polyester, you're better off exploring sublimation or infusible ink methods instead.

When DTG Makes Sense — and When It Doesn't

DTG is the right tool in specific situations. Use it when:

• Your order is under 25 units
• Your design has photographic detail, gradients, or more than 6 colors
• You need one-off samples or prototypes fast
• You're printing on-demand and can't hold inventory
• You're testing designs before committing to bulk production

Skip DTG when:

• You need 50+ identical shirts — screen printing drops below $5/unit at this volume
• Your design is simple (1–3 spot colors) — vinyl heat transfer is cheaper and more durable
• You're printing on polyester performance wear
• You need Pantone-exact color matching for corporate branding
• Your designs must survive 100+ industrial wash cycles

The sweet spot is complex, full-color artwork in quantities of 1–24. That's where DTG has no real competition.

DTG Printing Costs: What You'll Actually Pay

Pricing transparency matters when you're deciding between methods. If you're running a small operation, understanding these numbers is just as important as knowing how to price your custom t-shirts for resale.

If you're outsourcing to a DTG fulfillment service rather than printing in-house, expect to pay $8–$18 per shirt depending on print size, garment brand, and quantity. The economics flip around 25–30 units — beyond that, get screen printing quotes.

Pro tip: Always request a test print on a dark garment before committing to a large order. White ink behavior varies dramatically between printer models, and a washed-out white base layer ruins the entire design.

Starting Out vs Scaling Up

Entry-Level DTG (Under $15,000)

The Epson F2100 and Brother GTX423 dominate the entry-level market. These machines handle 30–50 shirts per day comfortably. At this tier, you're doing everything manually: pretreating by hand with a spray gun, loading garments one at a time, and curing with a standard heat press. It works. But it's slow.

Mid-Volume Operations ($15,000–$50,000)

Once you're printing 100+ shirts per day, you'll want automated pretreatment machines, a conveyor dryer, and possibly a dual-platen setup. The Brother GTX600 and Kornit Breeze fit here. Your per-unit cost drops significantly because labor becomes more efficient.

High-Volume / Print-on-Demand

Industrial DTG systems from Kornit Digital can handle thousands of prints per day with minimal manual intervention. These are the machines behind major print-on-demand fulfillment centers. Unless you're processing 500+ daily orders, you don't need this tier — outsource to someone who has one.

Getting the Best Results from DTG Prints

DTG quality depends more on preparation than on the printer itself. Follow these rules and you'll avoid 90% of the complaints you see in printing forums:

• Use 300 DPI minimum. Lower resolution files produce visible pixelation, especially on large chest prints.
• Design on transparent backgrounds. Submit PNG files with transparency — never JPEG. White backgrounds in your file become white ink on the shirt.
• Stick to ringspun cotton. Ringspun cotton has a smoother surface than open-end cotton, producing sharper detail and better ink absorption.
• Pretreat evenly. Uneven pretreatment creates visible splotches after curing. Use a pretreatment machine or practice your spray technique extensively.
• Cure completely. Under-cured prints crack and fade after the first wash. Use a heat press with verified temperature accuracy — cheap presses often run 20–30°F below the displayed reading.

One often-overlooked detail: humidity matters. DTG inks behave differently above 60% relative humidity. If you're printing in a garage in Florida, invest in a dehumidifier. Your nozzle clogging problems will drop dramatically.

Caring for DTG-Printed Garments

Proper care instructions make the difference between a print that lasts 50 washes and one that cracks after 10. Include these instructions with every order you ship:

• Turn the garment inside out before washing
• Wash in cold water on a gentle cycle
• Avoid bleach and fabric softener — both degrade DTG ink bonds
• Tumble dry on low heat or hang dry
• Never iron directly over the printed area

A properly cured DTG print on 100% cotton should survive 40–60 wash cycles before noticeable fading. That's comparable to mid-range screen printing. Where DTG falls short is abrasion resistance — the ink sits closer to the surface than plastisol screen ink, so prints in high-friction areas (like waistband labels) wear faster.

Common DTG Problems and Quick Fixes

White Ink Settling

White ink contains titanium dioxide particles that settle when the printer sits idle. Run a head cleaning cycle every morning before your first print. If you leave the machine unused for more than 48 hours, do an extended purge. Some operators gently agitate the white ink cartridges daily — it sounds tedious, but it prevents thousands of dollars in print head damage.

Banding (Horizontal Lines)

Horizontal lines across your print indicate a clogged nozzle or misaligned print head. Run nozzle checks first. If cleaning cycles don't resolve it, the head may need manual cleaning with distilled water and lint-free swabs. Never use tap water — mineral deposits will permanently damage the head.

Ink Not Adhering to Dark Garments

Nine times out of ten, this is a pretreatment issue. Either the coverage was uneven, the pretreatment wasn't fully dried before printing, or the solution was expired. Pretreatment liquid has a shelf life of roughly 6 months once opened. Date your bottles.

Fading After First Wash

Under-curing is the most common culprit. Verify your heat press temperature with an infrared thermometer — don't trust the built-in gauge. You need 330°F actual surface temperature for a full 90 seconds with firm pressure. Light pressure doesn't cut it.

Frequently Asked Questions

Next Steps

1. Order sample prints from two DTG fulfillment services. Send the same design to both, wash each shirt five times, and compare print quality, color accuracy, and hand feel. This costs under $40 and saves you from committing to the wrong vendor.
2. Calculate your actual per-unit cost. Use the cost table above with your specific garment choices and design sizes. Factor in shipping, packaging, and your time. If you can't hit a 50% margin at your target retail price, reconsider your method or pricing.
3. Test your design files at 300 DPI on a 14" × 16" canvas. Export as PNG with transparent background. If any element looks soft at 100% zoom on screen, it will look worse on fabric. Fix it before you print.
4. Request fabric content specs from your blank supplier. Confirm you're getting 100% ringspun cotton or at minimum a 60/40 cotton-poly blend. Anything with higher polyester content needs a different printing method.