AMSTERDAM — September 4, 2024 — Mimaki Europe, a provider of industrial inkjet printers, cutting plotters, and 3D printers, has today announced four new printers for sign graphic, industrial and textile applications. The CJV200 Series, a range of roll-to-roll print and cut eco-solvent machines, and the TS330-3200DS, a hybrid direct and transfer sublimation printer, will both be demonstrated for the first time in Europe at The Print Show (September 17-19th, NEC Birmingham, UK).
These two technologies, alongside an entry-level flatbed UV printer, the JFX200-1213 EX, and Mimaki’s latest direct-to-film (DTF) solution, the TxF300-1600, will be commercially available in Europe in November 2024, and have been developed with new features, print formats and higher speeds to support customers ready to expand and futureproof their business
“At Mimaki, we are committed to driving innovation that meets the evolving needs of our customers and also anticipates future trends in the printing industry,” comments Arjen Evertse, General Manager Sales at Mimaki Europe. “These four new printers were created to offer the industry new ways to expand and diversify print businesses with the confidence a high-quality, highly efficient Mimaki solution provides.
“Meeting various different challenges across the markets we serve, the CJV200 Series and the JFX200-1213 EX offer a stepping stone to businesses entering the sign graphic market, bolstering their production capabilities or looking to add new large format applications to their offering. The new TS330-3200DS and TxF300-1600 provide the flexibility, quality and productivity customers need to attract new business across the textile sector, enabling them to expand their application portfolios or seamlessly sidestep into new markets. We are confident that the availability of all four of these new technologies later this year will be highly anticipated by printers across the industry who are looking to take their businesses to the next level, whether that be in productivity, capacity, or application range.”