Graphics One GO SubliMate Desktop Dye Sublimation Printing System

First Desktop Dye Sub Printer with Neon Colors

Sunnyvale, California--August 2018--Graphics One, the distribution arm of Prism Inks, announced today the launch of a new desktop dye sublimation system, GO SubliMate. GO SubliMate is the first desktop tabloid dye sublimation system to feature neon dye sub ink colors.

The GO SubliMate Dye Sub System was developed to be used with the EPSON® EcoTank ET-7750 inkjet printer. The GO SubliMate Kit adds CMYK, Neon Yellow SubliMate Dye Sub ink, CADLink’s Digital Factory Dye Sub RIP Software and GO SubliMate Dye Sub Paper as a bundle. The list price with the printer is $1,399 and is just $599 for the kit without the printer.

Amir Ajanee, Managing Partner of AD International, the owner of Graphics One, stated, “Although we have been successfully shipping our GO SubliMate Dye Sub ink for some time, we modified the formulation to work successfully with EPSON’s MicroTFP printhead. Additionally, this is the first launch of a desktop dye sub ink in the Americas market for some time and we wanted to make sure the ink and the system is flawless in performance.”

Ajanee added, “We decided to add the ability to use neon dye sub ink with our system after discussing what features our customer’s wanted the most. In addition to our expansive color gamut, we offer 18-month shelf life on the traditional colors, outstanding UV light fastness and we believe the highest quality dye sub ink available. This is made possible by our team of world class ink scientists at our research and development labs located at Prism Inks in the middle of the Silicon Valley in Sunnyvale, California."

The GO SubliMate Dye Sub System will be available in September 2018 through the extensive Graphics One distribution network. 

Read More

Graphics One Redefines Dye Sublimation Ink Standards with the Launch of GO NeoTack Ink

Burbank, California-November, 2012-Graphics One, LLC (GO), an international distributor dedicated to providing innovative, high quality products to digital imaging professionals worldwide is launching its new GO NeonTack Ink, a professional grade dye sublimation ink with integrated tack to eliminate ghosting and the need for tacky dye sub paper. GO will be demonstrating its GO NeonTack Ink at the ISS Long Beach Show January 18-20.

GO’s NeonTack Ink offers newly patented heat activated Tack Technology developed to eliminate the need for tacky paper with a formula providing tack function to conventional dye sub papers when used with textiles and apparel. Even the most basic dye sublimation transfer papers are capable of producing ultra crisp and vibrant transfer results decreasing the overall cost of the sublimation process. Moreover, GO NeonTack Ink provides a hi-fi 12 color set with three new neon colors including Neon Red, Neon Yellow and Neon Blue in addition to Super Black, Orange, Blue, CMYK, Lc and Lm to create an outstanding color gamut 30 to 40% greater than average dye sublimation ink. GO Neotack even enhances four color printers by using traditional NeoTack Cyan and Magenta with Neon Yellow and Super Black. Other neon colors can also be substituted for the traditional colors from our NeoTack ink set.



The excellent runability and no clog formula extensively tested in EPSON printheads solidifies GO NeoTack Ink as the new standard for dye sublimation ink.

According to David Badalyan, GO Sales Management, “We are very excited to offer the new GO NeoTack dye sub ink as it eliminates the need for tacky paper creating far crisper images while decreasing the overall cost of sublimation by as much as 25%. GO NeonTack Ink offers a new level of dye sublimation printing with vibrant colors, true blacks, and neon spot colors not offered by other sublimation inks.”

GO’s NeoTack Ink is packaged in one liter and 500 ml degassed foil inkpacks at a very competitive price point of $125 and $65 respectively. GO NeoTack Ink will begin shipping in January 2013.

For more information, please see: http://www.graphicsone.com/go-neotack-ink.html

 

Read More