RISO to Premier Future Technology at National Postal Forum 2013

Secure Seamless Mail Production from Host to Post Designed to Revolutionize Mail Production


RISO will introduce a new future technology, the RISO Mailing Solution, which is designed to revolutionize mail production providing secure, in-line mail production from host to post in Booth 511 during the National Postal Forum 2013 at Moscone Center West in San Francisco, March 18-20, 2013.

Product availability is planned for later in 2013, but RISO is previewing it at NPF because of the significant impact it can make in the mailing industry.

The RISO Mailing Solution is made up of the company’s ComColor high-speed inkjet printer and the unique in-line Wrapping Envelope Finisher.  This convenient in-line mailing solution handles mail production from Host to Post, with minimal intervention

According to Riso, Inc., no other sheet fed solution of this kind exists on the market today. This groundbreaking solution streamlines the steps of mail production, reducing labor hours and capital investments for further savings.

RISO’s ComColor 9050, the world’s fastest cut sheet inkjet printer, redefines the production printer category, offering up to 150 ppm, full-color printing, simple and intuitive controls and robust print production features.  Customers can maximize ComColor’s print speed with RISO’s new revolutionary technology that incorporates cost-effective printing and mail finishing capabilities for a significant increase in productivity and  confidentiality and while reducing costs.

The Mailing Solution can print and address an envelope form and enclosures, fold the enclosures, create an envelope from the printed form which is wrapped around the enclosures, and seal the envelope in-line to produce a finished mail piece.

The ComColor is well-suited for transaction applications and according to Riso, Inc., customers will be able to effectively print, ‘insert’, and seal mail pieces in-line for increased productivity and mail integrity, condensed into a single compact system.