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Uninet ICOLOR 350 Dye Sublimation Printer (120V / 230V)

Uninet ICOLOR 350 Dye Sublimation Printer (120V / 230V)

Regular price $1,495.00 USD
Regular price $1,495.00 USD Sale price $1,495.00 USD
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UNINET ICOLOR 350 Dye Sublimation Printer

The industry's first CMYK toner-based Dye Sublimation Transfer Printer for on-demand and in-house production of apparel, textile, and hard surface transfers, delivering speeds 20 times faster than ink-based systems.

*This product is excluded from all promotional discounts and offers.

**Once inks are installed, printers cannot be returned to us.

Uninet ICOLOR 350 Dye Sublimation Printer
INCLUDES:
• 4 Dye Sublimation timer cartridges for full-color CMYK Printing

• Color Management Software Bundle
ICC Profiles
Apps & Tools
Drivers and User Manual


• Comes with 1 year warranty
FEATURES:

IColor 350

On-demand full color toner-based dye sublimation transfer printer for in house production of apparel, textile and hard surface transfer markets.

UNINET reinvents dye sublimation with the IColor 350, the industry’s first of its kind toner-based Dye Sublimation Transfer Printer. The IColor 350’s dedicated platform for dye sublimation transfers has been optimized for top quality printing, high performance, and superior reliability in a tabletop-sized footprint. The IColor 350 is an on-demand printing solution for short to mid-run dye sublimation transfer production of garments, hard surfaces and much more!

 

Unlock the power of Toner-Based Dye Sublimation

The IColor 350 incorporates its specially formulated dye sublimation toner technology for production of high quality, durable and vibrant color prints. This system uses heat to transfer images in a one-step process onto white or light-colored polyester-based textiles and sublimation-coated hard surface substrates.

Our toner formulation was smartly developed to serve as a carrier for the sublimation process, which transitions from a solid to a gas state. The result delivers cost-efficient, permanent transferred images that permeate the substrate, versus standard heat transfers where the image is applied to the top of the substrate surface.

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