DTG vs Screen Printing: Which Method Is Right for Your Project? (2026 Guide)

If you have ever tried to order custom t-shirts, you have almost certainly encountered this question: Should I choose DTG or screen printing? It is one of the most common decisions in the custom apparel world, and the wrong choice can cost you hundreds - or even thousands - of pounds on a large order.

I have spent years working with both methods at Arklavo, running test prints, comparing wash results, and tracking cost data across thousands of orders. This guide is the result of that real-world experience - not theory, not speculation, but data from actual production runs.

By the end, you will know exactly which method is right for your project, how much it should cost, and how to avoid the most common (and expensive) mistakes buyers make. If you want your answer in 30 seconds, try our interactive DTG vs Screen Printing comparison tool - plug in your order details and get an instant recommendation with real pricing.

How DTG Printing Works (Detailed Technical Breakdown)

DTG stands for Direct-to-Garment, and it works almost exactly like the inkjet printer on your desk - except the paper is a t-shirt and the inks are water-based textile pigments designed to bond with cotton fibers.

The DTG Printing Process: Step by Step

Step 1: Pre-Treatment (Dark Garments Only)
For dark-colored garments, a pre-treatment solution is sprayed onto the print area. This liquid acts as a bonding agent that allows white ink to adhere to dark fabric. The garment is then heat-pressed at approximately 330°F (165°C) for 15-20 seconds to cure the pre-treatment and create a smooth, even surface. On white or very light garments, this step is skipped entirely - which is why white shirts cost less to DTG print.

Step 2: Garment Loading
The shirt is loaded onto a platen (a flat printing surface) inside the DTG printer. The platen holds the garment taut and flat, ensuring the print area is perfectly smooth. Modern machines like the Epson SureColor F2270 or Brother GTX Pro use platens in multiple sizes to accommodate different garment types.

Step 3: Digital Printing
The printer reads your digital artwork file (typically a high-resolution PNG at 300 DPI) and sprays CMYK ink droplets - plus white ink on dark garments - directly onto the fabric. The print head moves back and forth across the garment, building up the image in multiple passes. A single-pass print takes about 25-45 seconds; a high-quality multi-pass print can take 2-3 minutes per shirt.

Step 4: Curing
After printing, the garment goes through a heat press or tunnel dryer at 320-340°F (160-170°C) for 60-90 seconds. This curing step permanently bonds the ink to the fabric fibers. Under-curing is the most common cause of DTG prints that fade quickly - a properly cured DTG print should withstand 30-50 washes without significant degradation.

DTG Inks and Technology

DTG printers use water-based pigment inks in CMYK (cyan, magenta, yellow, black) plus white. These inks are specifically formulated for textiles - they are not the same as paper printer inks. The most common DTG ink systems include Epson UltraChrome DG inks, Dupont Artistri inks, and Kornit NeoPigment inks. Modern DTG inks are OEKO-TEX certified, meaning they are free from harmful chemicals and safe for direct skin contact.

The color gamut of DTG printers is impressively wide - capable of reproducing over 16 million colors in a single print pass. This is why DTG excels at photographic images, gradients, and designs with subtle color transitions that would require dozens of screens in traditional printing.

How Screen Printing Works (Detailed Technical Breakdown)

Screen printing (also called silk screening or serigraphy) is the oldest and most widely used method of garment decoration. It dates back over 1,000 years and was popularized for t-shirt printing in the 1960s. Despite being "old technology," it remains the dominant method for bulk apparel orders because of its unmatched cost efficiency at scale and superior durability.

The Screen Printing Process: Step by Step

Step 1: Screen Preparation
A mesh screen (typically 110-305 mesh count polyester) is stretched tightly over an aluminum frame. The screen is coated with a light-sensitive emulsion and dried in a dark room. Higher mesh counts (230-305) produce finer detail but deposit less ink; lower mesh counts (110-160) deposit more ink for better opacity on dark garments.

Step 2: Image Burning
Your artwork is printed onto a transparent film positive. This film is placed on the emulsion-coated screen and exposed to UV light. The light hardens the emulsion everywhere except where the artwork blocks it. The unexposed areas are washed away with water, creating a stencil of your design in the mesh. Each color in your design requires its own separate screen.

Step 3: Registration
On a multi-color print, each screen must be precisely aligned (registered) so the colors line up perfectly. This is done using registration marks and micro-adjust brackets on the press. Even a 1mm misregistration is visible to the naked eye, which is why skilled press operators command premium wages.

Step 4: Ink Loading and Printing
Plastisol ink (PVC-based) or water-based ink is placed on top of the screen. A squeegee is pulled across the screen with firm, even pressure, forcing ink through the open mesh areas and onto the garment below. On an automatic press, this happens at speeds of 400-900 impressions per hour. Manual presses are slower - about 60-120 impressions per hour - but allow the printer more control for specialty work.

Step 5: Flash Curing (Multi-Color Prints)
Between color layers, a flash dryer partially cures the ink so the next color can be printed on top without smearing. This "flash cure" takes 3-5 seconds at around 300°F.

Step 6: Final Curing
After all colors are printed, the garment passes through a conveyor dryer at 320-330°F (160-165°C) for 45-90 seconds. Plastisol ink must reach an internal temperature of 320°F to fully cure. Under-cured plastisol will crack and peel; properly cured plastisol can last 100+ washes.

Screen Printing Ink Types

Plastisol: The industry standard. PVC-based, sits on top of the fabric, produces vibrant opaque colors, excellent durability. Feels slightly raised to the touch. Used in approximately 80% of commercial screen printing.

Water-based: Soaks into the fabric fibers for a softer hand feel. Better breathability and a "vintage" look. Less opaque on dark garments. More environmentally friendly than plastisol but more difficult to work with.

Discharge: A specialty water-based ink that chemically removes the garment dye and replaces it with the print color. Creates an incredibly soft print with zero hand feel - the ink literally becomes part of the fabric. Only works on 100% cotton in certain reactive dye colors.

Specialty: Puff ink (raised 3D texture), metallic, glow-in-the-dark, reflective, and high-density inks offer effects that no digital printing method can replicate.

DTG vs Screen Printing: Cost Comparison at Every Volume

Cost is usually the deciding factor, so let us break it down with real numbers. The following data reflects 2026 market rates based on our production data and industry surveys. All prices assume a standard front chest or full-front print on a mid-range garment (Bella+Canvas 3001 or equivalent).

Use our DTG printing cost calculator or screen printing cost calculator for pricing customized to your exact specifications.

Per-Unit Cost Comparison: 1-Color Design on White Tee

Per-Unit Cost Comparison: Full-Color Design on White Tee

*Most screen printers have minimum order requirements of 12-24 units. A single-unit screen print order would require full setup costs ($150-$300+) amortized across one shirt.

Understanding the Cost Drivers

DTG cost structure: DTG has virtually no setup cost. There are no screens to burn, no color separations to prepare, and no ink mixing required. The per-unit cost is relatively flat regardless of quantity because each shirt takes the same time and ink to print. The main cost drivers are ink consumption (which increases with print size and coverage), pre-treatment for dark garments, and garment loading/unloading labor.

Screen printing cost structure: Screen printing has high upfront costs (screen preparation, color separations, ink mixing, press setup) but very low per-unit costs once the press is running. A single screen costs $20-$40 to prepare. A 6-color job requires $120-$240 in screen costs alone before a single shirt is printed. But once those screens are on the press, each additional shirt only costs $1.50-$3.00 in ink and labor.

This is the fundamental economic difference: DTG is a variable-cost method (pay per shirt), while screen printing is a fixed-cost-plus-variable method (pay for setup, then pennies per shirt). The more shirts you print, the more the screen printing setup cost is diluted across units.

Color Capability and Artwork Complexity

Color is where DTG and screen printing diverge most dramatically.

DTG Color Capability

DTG printers work with CMYK + White process color, meaning they can reproduce virtually any color - including gradients, photographic images, subtle shadows, and color transitions. There is no per-color cost increase. A 1-color print costs the same as a 16-million-color print because the printer uses the same CMYK inkjet process regardless.

The one limitation: DTG cannot exactly match Pantone spot colors because it uses process color mixing. It gets close - typically within a Delta E of 2-4 - but if your brand guidelines demand exact PMS 186 Red, you will notice a slight variation. For most applications, this is imperceptible. For Fortune 500 brand compliance, it matters.

Screen Printing Color Capability

Screen printing uses pre-mixed spot colors, meaning each color in your design is mixed to an exact Pantone match before printing. This delivers dead-accurate brand color matching - every time, every shirt, every order. If your design uses PMS 286 Blue, that is exactly what hits the fabric.

The trade-off: each color requires its own screen, and each additional screen adds $20-$40 in setup costs plus slightly more per-unit printing cost. Most commercial screen printers cap at 6-8 colors per location. Some specialty shops can run 12+ colors, but at significant cost.

Simulated process screen printing (also called CMYK or four-color process screen printing) can reproduce photographic images using halftone dots - similar to how newspapers print color photos. The results are impressive but require a highly skilled press operator and are limited in tonal range compared to DTG. Setup costs for simulated process are significantly higher ($200-$400) because the color separations are complex.

Detail, Resolution, and Print Quality

Resolution determines how fine the detail in your print can be - thin lines, small text, subtle shading.

DTG resolution: Modern DTG printers operate at 1200 x 1200 DPI (dots per inch) or higher. This means fine lines as thin as 0.5pt, text as small as 6pt, and detail comparable to a high-quality photograph. If your design includes tiny text, detailed patterns, or photographic detail, DTG reproduces it faithfully.

Screen printing resolution: Determined by mesh count. At 230 mesh (standard for detailed work), screen printing can hold lines as thin as 1pt and text as small as 8pt. However, the practical minimum is usually 2pt lines and 10pt text for production consistency. Fine halftone dots (used for gradients) can go as small as 15% at 55 LPI (lines per inch), but this requires a skilled operator and consistent ink viscosity. Below that, dots begin to clog the screen or disappear entirely.

In head-to-head tests, DTG produces noticeably sharper detail on designs with fine lines, small text, and photographic elements. Screen printing produces crisper, more opaque solid fills and bold graphic elements. Both methods excel - just at different things.

Durability and Wash Test Data

Durability is the single biggest differentiator in real-world performance. We have tested both methods extensively using AATCC (American Association of Textile Chemists and Colorists) wash protocols - specifically AATCC Test Method 61-2013, which simulates home laundering. You can explore detailed longevity metrics with our decoration durability comparison tool and cost-per-wash calculator.

Wash Test Results

Key finding: Plastisol screen printing wins the durability contest by a significant margin. At 50 washes, a plastisol screen print typically retains 85-90% of its original vibrancy, while a DTG print has faded to 65-75%. By 100 washes, the difference is even more pronounced.

However, there is an important caveat: DTG prints do not crack or peel. They gradually fade because the ink is absorbed into the cotton fibers. Screen prints with plastisol can develop cracking if improperly cured, washed in hot water, or tumble-dried at high heat. A cracked screen print looks worse than a faded DTG print.

Care instructions matter enormously. A DTG print washed inside-out in cold water and hung to dry can easily last 50+ washes. A screen print washed in hot water and tumble-dried on high may crack within 20 washes. Proper care extends the life of both methods significantly.

Fabric Compatibility

Not every garment works equally well with both methods. Fabric content is a critical factor.

The bottom line: DTG works best on 100% cotton or cotton-rich blends (minimum 50% cotton). Screen printing works on virtually any fabric - cotton, polyester, nylon, blends - with the right ink system. If you are printing on performance polyester (like moisture-wicking athletic wear), screen printing with plastisol or specialty poly inks is your only viable option. DTG inks simply do not bond to polyester fibers.

One common issue with DTG on blends: dye migration. The polyester dye in the garment can bleed through the DTG ink during the curing process, causing discoloration - typically a yellowish or pinkish tint. This is especially problematic on dark polyester blends. If your project involves colored blends, discuss this with your printer or consider using our print method finder tool for a recommendation.

Production Speed and Turnaround Times

Speed matters when you are on a deadline - and these two methods operate at fundamentally different paces.

For small orders under 25 units, DTG is typically faster from order to delivery because there is no screen preparation step. Upload your file, the printer runs it, done. For orders of 100+ units, screen printing is faster in actual production time - an automatic press can run 500-900 impressions per hour compared to DTG's 12-30 per hour.

The longer quoted turnaround for screen printing (5-10 days vs. DTG's 3-5 days) is mostly due to the pre-production queue: screen burning, color proofing, press scheduling. If you are ordering 500 identical shirts and have a 2-week window, screen printing production takes a single shift. The same order on DTG printers would occupy 2-3 full days of continuous production.

Setup Requirements and Equipment Costs

Understanding setup costs helps you evaluate quotes from different printers - and explains why some shops refuse small orders.

DTG Setup Costs

• Screen/plate fees: None. Zero. DTG is digital - there are no physical printing plates.
• Color separation: None. The printer software automatically converts your RGB/CMYK file.
• Art setup: $0-$25. Most shops charge nothing if you provide a print-ready file. Arklavo offers free logo setup.
• Minimum order: 1 unit. DTG is the only decoration method where ordering a single shirt is economically viable.

Screen Printing Setup Costs

• Screen fee: $20-$40 per color, per location. A 3-color front print = $60-$120 in screen fees.
• Color separation: $0-$75. Simple spot-color designs require no separation. Complex designs with halftones or simulated process require manual separation work.
• Art setup: $15-$50. Converting your artwork to screen-ready film positives.
• Minimum order: 12-24 units at most commercial shops. Some shops set minimums of 48 or 72 units.

At Arklavo, we absorb setup fees on orders above certain thresholds and have no minimum order requirements. Request a free quote to see your exact pricing with all fees included.

Environmental Considerations

Sustainability is increasingly important to buyers. Here is how the two methods compare:

DTG is generally considered more environmentally friendly than plastisol screen printing because it uses water-based inks, produces minimal waste (only the ink that hits the garment is used), and requires no chemical solvents or screen-reclaiming agents. There is also no wasted ink from mixing - DTG only deposits the exact amount of ink needed for each pixel of the design.

Water-based screen printing offers similar environmental benefits to DTG, but the screen preparation and reclaiming process still involves significant water use and some chemical waste. If sustainability is a priority, DTG or water-based screen printing are your best options. Plastisol screen printing, while highly durable, is the least eco-friendly option due to its PVC content and chemical-intensive cleanup process.

Photo-Realistic vs Vector Artwork

Your artwork type should heavily influence your printing method choice.

Best for Photo-Realistic Images: DTG

If your design includes photographs, detailed illustrations, watercolor textures, or any artwork with continuous tones and subtle color transitions, DTG is the clear winner. It reproduces these elements at 1200 DPI with smooth, smooth gradients. There is no halftone dot pattern, no color limit, and no screen registration to worry about.

Common use cases: band merchandise with tour photos, family reunion shirts with group photos, art prints by illustrators, memorial/tribute shirts, pet portrait tees.

Best for Bold Graphic Designs: Screen Printing

If your design is a clean logo, bold text, or graphic with defined edges and solid fills, screen printing delivers superior results. Spot-color screen printing produces thicker, more opaque ink deposits that create richer, more vibrant solid colors than any digital method. This is why major brands like Nike, Supreme, and Stussy continue to use screen printing for their signature graphics - the visual impact of a thick plastisol print on a quality tee is simply unmatched.

Common use cases: corporate logos, sports team uniforms, brand merchandise, promotional tees, event shirts with 1-4 color graphics.

White Ink and Printing on Dark Garments

Printing on dark garments introduces complexities for both methods - but the challenges differ.

DTG on Dark Garments

DTG printers lay down a white ink base layer first, then print CMYK colors on top. This is similar to painting on a white canvas - the white base allows the colors to appear vibrant against the dark fabric. The process adds cost ($2-$5 more per shirt due to white ink consumption and pre-treatment) and time (the pre-treatment step plus double print passes).

The main risk with DTG on dark garments is white ink wash-out. Over time, the white base layer fades faster than the CMYK colors on top, causing the print to gradually lose vibrancy. After 25-30 washes, you may notice the dark garment color showing through light areas of the print. Pre-treatment quality and curing temperature are critical factors - a well-executed DTG dark garment print can last 40+ washes.

Screen Printing on Dark Garments

Screen printing handles dark garments with aplomb. A white underbase is printed first (using a separate screen), flash-cured, then color layers are printed on top. Because plastisol ink is inherently opaque, the white underbase blocks the dark garment completely, producing colors just as vibrant as they would appear on a white shirt.

The underbase does add one screen to your count (and therefore one screen fee), but the results are outstanding and durable. Plastisol white ink on dark garments maintains its opacity for 50+ washes - significantly outperforming DTG white ink longevity.

Small Runs vs Bulk Orders: When Each Method Wins

DTG wins for orders of 1-24 units (and up to ~50 units for full-color designs). No setup fees, no minimums, and per-unit cost stays flat regardless of quantity. DTG also wins any time you need multiple unique designs - different names on each shirt, personalized artwork, or testing multiple designs in small batches.

Screen printing wins for orders of 25+ units (for 1-3 color designs) or 50+ units (for 4+ color designs). The setup cost is amortized across more units, driving per-unit cost well below what DTG can achieve. At 100+ units, screen printing is almost always cheaper regardless of color count. At 500+ units, screen printing costs roughly 50-65% less than DTG.

The gray zone (12-50 units): This is where the decision depends on color count. For a 1-color logo at 12 units, screen printing already wins on cost. For a full-color photo at 12 units, DTG wins by a large margin. For a 3-color design at 24 units, the methods are roughly equal in cost - so you would choose based on other factors like durability, hand feel, or turnaround time.

DTG vs Screen Printing Decision Matrix

DTG is for small orders and complex art. Screen printing is for bulk orders and simple bold graphics. The methods aren't competing, they serve different order profiles.

Use this matrix to make your decision in under 60 seconds. Find the factor that matters most to your project and see which method wins.

For an instant, personalized recommendation, use our print method finder tool - answer 5 quick questions and get the right method for your project.

Real Ordering Scenarios: 8 Common Projects

Theory is useful, but real examples are better. Here are eight common custom apparel projects and which method I would recommend for each:

Scenario 1: Startup Launch - 15 Tees, Full-Color Logo

Recommendation: DTG. At 15 units with a full-color design, DTG saves roughly $75-$120 vs. screen printing. No setup fees, fast turnaround (3-4 days), and the full-color logo will look phenomenal. Estimated cost: $12-$15 per shirt on a Bella+Canvas 3001.

Scenario 2: Corporate Event - 200 Polos, 1-Color Logo

Recommendation: Screen Printing. At 200 units with a single color, screen printing is dramatically cheaper - roughly $4.00-$5.50 per unit vs. $9-$11 for DTG. Total savings: approximately $800-$1,100. The print will be more durable for employees who wear and wash these polos regularly. However, consider embroidery vs screen printing for polos - embroidery often looks more professional on collared shirts.

Scenario 3: Band Merch - 50 Tees, Photo-Realistic Art on Black

Recommendation: DTG. Photo-realistic artwork on dark garments is DTG territory. Screen printing would require simulated process (6-8 screens at $20-$40 each, plus complex color separations). DTG handles this in a single pass. Estimated cost: $15-$19 per shirt on a Gildan 5000 or similar heavy cotton tee. The pre-treatment for dark garments adds $2-$3 per unit.

Scenario 4: School Fundraiser - 300 Tees, 2-Color Design

Recommendation: Screen Printing. At 300 units with a 2-color design, screen printing costs approximately $3.50-$5.00 per unit vs. $8.50-$10.00 for DTG. Total savings: $1,050-$1,500. At this volume, you are maximizing screen printing's economies of scale. The 2-color setup is simple and inexpensive.

Scenario 5: Etsy Store - Print-on-Demand, 1-5 Units at a Time

Recommendation: DTG. No minimum orders, no screen setup for each new design, instant design changes, and economical at single-unit volumes. This is DTG's sweet spot - the ability to print one shirt profitably is unique to digital methods.

Scenario 6: Sports League - 120 Jerseys, 3-Color Logo + Individual Names/Numbers

Recommendation: Hybrid approach. Screen print the team logo (same on every jersey, 3 colors, 120 units = very cost effective) and DTG or vinyl the individual names and numbers. This gives you the durability and cost savings of screen printing for the main design plus the personalization flexibility of DTG for variable data.

Scenario 7: Non-Profit Gala - 75 Premium Tees, 4-Color Design on Navy

Recommendation: Screen Printing. At 75 units with a 4-color design, screen printing edges out DTG on cost ($7.50-$9.50 vs. $13-$17 per unit for dark garments). The plastisol print on navy fabric will be vibrant and durable. Total order cost: approximately $560-$710 (screen print) vs. $975-$1,275 (DTG).

Scenario 8: Test Run - 6 Designs, 5 Units Each (30 Total)

Recommendation: DTG. Six different designs means six separate screen setups in screen printing - at $60-$120 per setup (assuming 2-3 colors), that is $360-$720 in setup fees alone before a single shirt is printed. DTG has zero design-change cost. Swap the file, print the next batch. This scenario is a massive DTG advantage.

What About DTF? The Third Option

If you have been researching printing methods, you have likely encountered DTF (Direct-to-Film) printing - a newer method that is rapidly gaining market share. DTF offers some compelling advantages over both DTG and screen printing:

• Works on any fabric - cotton, polyester, nylon, blends, even leather and wood
• Full-color capability with no per-color cost increase (like DTG)
• Better durability than DTG - the adhesive film layer creates a strong bond
• No pre-treatment required for dark garments
• Cost-effective at small volumes (similar to DTG pricing at 1-24 units)

The trade-offs: DTF prints have a slightly noticeable hand feel (the transfer film sits on top of the fabric), they cannot match the softness of water-based screen printing or DTG on cotton, and the technology is still maturing - quality varies significantly between providers.

For a deep dive, read our DTF vs DTG ultimate guide - it covers cost, quality, and durability comparisons in the same detail as this article.

FAQ: DTG vs Screen Printing (15+ Questions Answered)

Color durability across decoration methods follows industry guidance from AATCC standards for textile colorfastness provides relevant industry context.

Written by Conor Smart. Last updated January 2026. Pricing data reflects current market rates and is subject to change. For guaranteed pricing, request a custom quote.