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What is sublimation printing and how does it work?

Sublimation is a printing technique that uses heat to transfer special ink (sublimation ink) onto polyester-coated materials or polyester garments. It is very popular for customizing T-shirts, mugs, cases, pillows, keychains, and more.

Our products

  • 1 cabezal PrecisionCore® Micro TFP®
    Max width: 620 mm (24'')
    Speed: 62 seconds (for A1/D size)
    Media: Sublimation transfer paper for textiles and rigid materials
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  • 4 cabezales Epson I3200
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    • Daily power-on (even if you don't print) Helps the inks circulate and prevents bubbles from forming or drying out in the heads.
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    • Automatic cleaning activated Let the equipment do its maintenance cycle. Do not interrupt it: it prolongs the life of the head.
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    • Keep the capping station, dampers, and wiper clean These consumables accumulate ink and lint. A weekly cleaning prevents stains and clogs.
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    • Control the ambient humidity Ideal: 45%–60%. Low humidity dries the ink; high humidity generates droplets on the paper.
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    • Check feed rollers and trays If they are dirty, they mark the paper or generate banding.
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    • Use the equipment at least 3–4 times per week Sublimation plotters need constant ink movement.
Max width: 1900mm
Speed: 150m2/h
Media: Transfer paper
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  • 8 cabezales Epson I3200
    Max width: 1900mm
    Speed: 320 m²/h
    Media: Thermal transfer paper
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  • 3 cabezales Epson I3200
    Max width: 1900
    Speed: 120 m²/h
    Media: Transfer paper
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  • 15 cabezales Epson I3200
    Max width: 1900mm
    Speed: 610 m²/h
    Media: Thermal Transfer Paper
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  • Frequently Asked Questions

    The design is created in programs such as Photoshop, Illustrator, or CorelDRAW, and printed in mirror mode so it appears in the correct orientation when transferred. It is essential to use sublimation inks and a compatible printer, such as Epson models with piezoelectric printheads.

    It is printed on special sublimation paper, designed to hold the ink without fully absorbing it. It is important to let the print dry completely before proceeding with the heat transfer.

    The printed paper is placed on the garment or compatible surface (polyester or special coating).
    A heat press is used, configured with:
    Temperature: 180–200 °C
    Time: 30–60 seconds
    Pressure: Medium

    The ink goes from solid to gas without becoming liquid. In its gaseous state, it penetrates the polyester fibers or the coating of the object.
    When it cools, the ink becomes permanently fixed without leaving a surface layer, ensuring greater durability.

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