Mike Wozny · Senior Product Manager · Fujifilm Dimatix
Most people in the graphic arts industry know Fujifilm for presses, plates, inks and production printing, but underneath many industrial inkjet applications is another part of Fujifilm that most print buyers rarely see: FUJIFILM Dimatix.
At PRINTING United in Las Vegas, Morten B. Reitoft meets Mike from FUJIFILM Dimatix to see the worldwide debut of the new STARFIRE PhaseMaster 1024 printhead — and quickly discovers that this isn’t simply another printhead for another graphic arts printer.
The PhaseMaster combines technologies and experience from two long-established Dimatix platforms, Galaxy and STARFIRE, but introduces something particularly interesting: the ability to jet hot-melt fluids at temperatures up to 125°C.
And that opens applications far beyond what most of us traditionally think of as printing.
Direct-to-screen production, coding and packaging, printed electronics, photovoltaic manufacturing and additive manufacturing are among the applications discussed in the interview. Even jewelry enters the conversation, where inkjet can be part of highly detailed additive processes used to create customized designs.
One particularly relevant application for the graphic arts industry is direct-to-screen. Rather than producing screens through conventional imaging processes, an industrial system equipped with PhaseMaster heads can jet material directly onto the screen. With the ability to lay down significant amounts of fluid at production speed, inkjet becomes part of the manufacturing process rather than simply a technology for putting an image onto paper.
This distinction is important.
FUJIFILM Dimatix doesn’t necessarily build the final machines that users will eventually operate. Instead, it develops the printhead technology that OEMs, integrators and equipment manufacturers use as the foundation for entirely new production systems.
The engineering behind PhaseMaster is equally interesting. Operating fluids at temperatures as high as 125°C creates an obvious challenge: the fluid needs heat, but electronics generally don’t. Dimatix therefore separates the thermal environments inside the head, using cool, dry air to keep the electronics at considerably lower temperatures while maintaining the required temperature in the jetting area.
The PhaseMaster has 1,024 individually addressable nozzles and can be configured with multiple heads across a printbar, allowing equipment manufacturers to build systems in different widths. Individual heads print one color, but multiple heads can also be configured to create multi-color systems.
For Morten, the conversation becomes an interesting reminder of how broad inkjet technology has become. What began as a way of putting ink onto substrates is increasingly becoming a precision deposition technology capable of placing controlled amounts of fluid exactly where manufacturers need it.
And that means the future market for inkjet may be considerably larger than the printing industry itself.
Watch the conversation from PRINTING United in Las Vegas and get a closer look at the new FUJIFILM Dimatix STARFIRE PhaseMaster — and some of the industrial applications that could be built around it.









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