Sublimation printing software with UV map export for all-over prints
Online design software for sublimation printing: customers design all-over prints in 3D and you export UV maps and print-ready files. 0% commission.
Short answer: Sublimation printing software lets customers design all-over prints on mugs, apparel, bags and other products, then produces the flat artwork a sublimation printer needs. Prexaya shows the design on a live 3D model and exports a UV-unwrapped layout (SVG and PNG) with print-ready PDF output, so each order is ready to print without manual layout.
Key takeaways
- All-over designs are previewed on the 3D model before checkout.
- UV map export for cut-and-sew, drinkware and packaging.
- 300 DPI PDF, SVG and PNG production files.
- Flat plans (free Sandbox, $29 Starter, $69 Pro, $199 Enterprise) with 0% commission per order.
Why all-over printing needs UV maps
Sublimation covers whole surfaces, so a flat logo file is not enough. The artwork must match the unwrapped shape of the product: panels, seams and wraps. A UV map is that flat layout.
Prexaya projects the customer design onto the 3D model and exports the matching flat layout, so the printed result matches the preview.
Typical products
- Sublimated t-shirts, jerseys and leggings
- Mugs, tumblers and water bottles
- Cut-and-sew bags and backpacks
- Phone cases, mouse pads and flags
How it works
- Upload the 3D model. Use a GLB/GLTF model or start from a ready-made blank.
- Define print areas. Mark printable panels and bleed.
- Customers design. Shoppers personalize and preview in 3D.
- Export the UV layout. Download the UV map and print file for the press.
Related
Frequently asked questions
Does Prexaya export UV maps for sublimation?
Yes. It exports unwrapped UV layouts as SVG and PNG, plus 300 DPI PDF files, for all-over sublimation and cut-and-sew products.
Can I preview all-over prints in 3D?
Yes. Designs on the 2D canvas are projected onto the 3D model in real time.
Explore Prexaya Pages & Solutions:
Note: Prexaya's interactive 3D WebGL renderer and 2D canvas editor run client-side in modern web browsers with JavaScript enabled. Please enable JavaScript for the full interactive 3D design experience.