Fujifilm will use its first FESPA appearance since 2023 to showcase its latest solutions for wide format print, including the new Fujifilm and Barberan single pass HS3000 and HS6000 inkjet solutions for sign and display.
The Fujifilm HS series offers up to 216 different configuration options
The HS series, developed through a collaboration between Fujifilm and Barberan, is the first multi-substrate, single-pass printer to operate the latest high resolution printheads (600dpi) whilst maintaining small droplet sizes (5pl). This technology elevates the production quality far beyond that of earlier generation single-pass technologies, whilst still being capable of production volumes up to 6000 sqm/hr (for the HS6000).
Neither the HS6000 nor the HS3000 are off-the-shelf products but can be configured in numerous ways – up to 216 different configurations to be precise - depending on individual priorities and business needs. With manual feed options from 600 boards per hour through to top of the range automation at 2000 boards per hour, the HS series offers print companies a machine that meets their needs now and can be field upgraded as their business needs change.
The HS3000 utilises the same production quality technology, but with a smaller footprint and at lower volumes and slightly lower speed – therefore, also at a lower investment cost – so opens up the possibilities of single pass inkjet to a much broader audience.
FESPA Global is just a few weeks away: 3-6 May at the Berlin Messe
The HS series will be on Fujifilm’s Stand B60 at FESPA Global Print Expo 2025 in Berlin (3rd-6th May). While on the adjacent stand, A61, Fujifilm is also showcasing its expertise in large-format inkjet printing applications, featuring the Acuity Triton, an advanced 1.6m-wide inkjet printer developed in collaboration with Mutoh and powered by AQUAFUZE ink technology*.
*AQUAFUZE ink technology combines the benefits of UV LED and water-based inkjet printing, providing low-energy consumption and reduced drying temperatures compared to traditional water-based systems.
