Choose by the whole transfer path you can support. Dye sublimation prints with sublimation ink onto special transfer paper, then uses heat and pressure to move the dye into polyester fabric or a polymer-coated surface. Epson's DTF guide describes a different sequence: print a film job on a printer that supports DTF, apply adhesive powder, heat the film, press the image onto the media, peel the film, then heat-fix the ink.
These are separate print systems with different supplies and post-processing. The DTF guide applies to Epson models that support DTF film; it does not establish that a desktop sublimation printer can be converted or used for that workflow.
Scroll horizontally to compare all columns.
| Criterion | Dye sublimation | DTF film printing |
|---|---|---|
| Printed surface | Special sublimation transfer paper. | Commercial DTF film on a printer that explicitly supports the film workflow. |
| What happens after printing | Heat and pressure transfer the dye from paper to polyester fabric or a polymer-coated surface. | Adhesive powder is applied and heated; a press transfers the image from film to media, then the film is peeled and ink is heat-fixed. |
| Equipment evidence in the reviewed source | A sublimation printer and special transfer paper are followed by a heat-and-pressure transfer; exact printer and blank instructions still apply. | Epson's DTF guide calls for a compatible film-printing model, appropriate platen, powder tools, heat-transfer equipment, protective gear, and a release sheet. |
| Process-specific control | Choose the exact ink, paper, printer, and blank workflow. Do not treat Sawgrass VersiFlex as conventional sublimation ink. | Epson's compatible-model workflow uses White ink mode and says conditions depend on the film, powder, press, fabric, and ink amount. |
| Cost inputs to compare | Printer and ink system, transfer paper, blank, press, test material, and rejected or unused sheets. | Compatible printer and ink, film, adhesive powder, powder handling tools and protective equipment, press, blank, and test material. |
Match the process to the blank
Epson's process overview limits direct dye sublimation to polyester fabric or polymer-coated surfaces, with coated polyester fabric and ceramic mugs as examples. That is process-level guidance, not permission to use any product that happens to be polyester, ceramic, or metal. Check the exact blank's coating and supplier instructions before selecting supplies or a setting.
Epson's DTF film guide has a separate cotton T-shirt post-processing path and requires the printing model to support DTF. The guide states that film, powder, fixing equipment, fabric, and ink amount affect the process conditions. A setting shown for one DTF material is not a universal cotton recipe. Confirm the chosen film and powder instructions, printer mode, garment, and heat press as one workflow.
For its example cotton T-shirt, Epson lists 170°C (338°F) for 25 seconds at 4.2 N/cm² for the film transfer and a separate 5-second fixing pass at the same listed temperature and pressure. The guide calls these values starting guides and says to test pressure; do not transfer them to another film, powder, press, fabric, or sublimation workflow.
If the project is a natural-fiber garment, Sawgrass describes its VersiFlex system as a separate print-and-press workflow from SubliJet UHD dye sublimation. Sawgrass says not to mix the ink systems. Keep that product-specific route distinct from both conventional sublimation paper and the Epson DTF film guide; their supplies and instructions are not interchangeable.
Check the complete equipment and supply path
For dye sublimation, identify the printer's exact ink system and supported paper, then the blank's coating or fiber and the press path. The printer guide, ink guide, and paper guide track those exact relationships. The blank compatibility guide explains why material names alone are not enough.
For DTF film printing, check whether the exact printer model supports film mode and has the required platen. Epson lists a larger-than-film platen, DTF film and powder, opaque tape, a tray, powder sieve or shaker, mask and protective eyewear, a heat press, and a release sheet. Its guide warns against bringing powder near the printer. This extra preparation is a real workspace and handling requirement; the source set does not provide a comparable purchase-price total for the two paths.
The setup finder can help review cataloged sublimation setups, but it is not a DTF equipment selector. Use the source-backed DTF model and material documentation for that route. For cost planning, enter current quotes and your own usage assumptions in the project cost worksheet; no current DTF-versus-sublimation price or profit comparison is asserted here.
Size artwork for the actual print path
The image must fit the media path and the blank's usable area. A sublimation sheet size is not its printer's imageable rectangle or the blank's coated area. The DTF guide likewise requires a platen larger than the film; that does not tell you the full printable or pressable area for another model.
Before committing supplies, write down the exact printer, ink, paper or film, feed path, blank, and artwork dimensions. Check both the manufacturer's printer bounds and the blank maker's usable-area or template guidance. The printable-area guide covers the separation between paper, printable bounds, and blank area. The design-size helper can calculate from dimensions you provide, but it cannot discover those bounds for you.
Choose from the constraints you have
- Choose direct sublimation when the exact blank is documented for the dye-sub process and its polyester or polymer-coated surface fits the project.
- Consider DTF when an exact printer, film, powder, and garment workflow is documented and you can manage its powder and fixing steps.
- For cotton or other natural fibers, compare a documented product-specific carrier workflow, such as the separate EasySubli path described in the cotton guide, instead of treating ordinary sublimation paper as a cotton transfer.
- Compare cost with current, exact product quotes and the quantities you expect to consume. The sources do not establish which path costs less or produces better output for every job.
Sources and review date
The Epson and Sawgrass sources were checked on 2026-09-23. Their process examples have different equipment and material scopes. This page does not claim hands-on testing, a quality ranking, universal fabric compatibility, or a current purchase price for a complete DTF system.
- Epson DTF Film Printing Guide: DTF job sequence, material and protective equipment list, White ink mode, and warning that conditions vary by supplies and media.
- Epson dye-sublimation process overview: sublimation transfer sequence and polyester/polymer-coated scope.
- Sawgrass VersiFlex ink cartridges: distinction from SubliJet UHD and the no-mixing warning.