Kodak to Show Digital Printing, Workflow and Business Solutions at GRAPH EXPO

Kodak also will feature several new developments in workflow at its booth, announcing significant productivity enhancements for Kodak Prinergy Workflow Systems—both Prinergy Connect and Prinergy Evo Workflow—as well as Kodak PREPS Imposition Software and Kodak Colorflow Software. Each of these products extends its core functionality and usability around automation and integration, and reaches new customers through the expansion of third-party support.

The centerpiece of the booth will be the Kodak Nexpress Photo Platform with Print Genius, which is designed for the printing of high-quality photo products such as photo books, calendars, greeting cards, posters, and magnets. The Nexpress Platform delivers prints with high fidelity, high saturation, and brilliant colors—making it an ideal option for photo specialty printers, professional photo labs, commercial printers, and other customers looking to expand their portfolio.

For hybrid offset printing applications, the Kodak Prosper S20 Imprinting System with CMYK will be on display as a technology demonstration in the Adphos/GSS booth (#2518). It features breakthrough speeds of up to 2,000 fpm/610 mpm at 600×300 dpi to deliver fast, offset-class variable data applications, produced inline with web offset presses and finishing equipment. The Kodak Prosper S10 Imprinting System with CMYK will also be on display in the Adphos booth.

A number of new Kodak Versamark Printing Systems that feature next generation imaging technology will be announced at the show, targeted at transactional, direct mail and short-run newspapers applications.

For printers and publishers looking to increase their prepress efficiency and reduce their environmental footprint, Kodak is introducing a new, advanced chemistry system for processing its Kodak Electra XD Thermal Plates. The new Kodak 400 xLo Chemistry System consists of Kodak 400 xLo Plate Solution and Kodak 400R xLo Plate Replenisher, and is designed to offer an extended life and increased plate throughput with a significant reduction in chemistry usage.

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