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SOLJET PRO4 XR-640 to be Given Further Boost by Introduction of New White and Metallic Silver Inks

November 30, 2012

Roland DG Corporation, the leading worldwide provider of wide-format inkjet printers and printer/cutters for professional durable graphics, today announced to start shipping the newly-developed ECO-SOL MAX2 white and metallic silver inks for SOLJET PRO4 XR-640, the industry's most advanced eco-solvent printer/cutter to date. This will enable use for a wide range of applications, including window graphics, vehicles graphics, large posters, decals and labels with excellent added-value, fully utilizing the potential of the XR-640.

"The XR-640 is an eco-solvent inkjet printer that was announced in September of this year as our flagship model. The XR-640 that we now start shipping with the new white and metallic silver inks has achieved excellent productivity, almost double that of predecessor's in the same class*1," said Yohei Shinomura, Roland DG product manager. "In fact, the standard mode of the XR-640 can match the image quality and density of its predecessor's high quality mode. As a result, you can now print high quality large-scale items in a much shorter time frame."

The newly developed white ink has drastically improved density, which is particularly useful for the production of items using transparent film. For example, when producing decals to be applied to vehicles or bicycles, colors can be finished exactly as desired by first printing a base layer with white ink that has excellent concealment properties, and then carrying out full-color printing. Also, the pigment of metallic silver ink are more reflective for higher brightness*2. This will produce applications that have greater impact and added value than before.

In addition, the XR-640 has refined the automated ink circulation system, which prevents the pigment in white and metallic silver ink from settling. As well as maintaining stable output quality, waste of white and metallic silver inks required for maintenance has been cut by around 50% in comparison with predecessor's model*1, contributing to significant reduction of running costs.

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