Seiko is known for precision, but the surprise is where that precision ends up: inside industrial inkjet printheads that can survive dust, heat and heavy-particle inks. We sit down with returning guest Ali Eranpurwala to map Seiko’s 25-year journey into printing, starting with a story from Olympic timekeeping where handwritten results created avoidable errors and a simple question changed the trajectory: why not print the data directly?
From the early days of the 510BN printhead in 2001 through the 508GS series, Ali explains the engineering choices that matter in production, including isolated channel technology to reduce crosstalk and open the door to faster, more stable printing. We then get into the moment ceramics became the proving ground. With the RC1536 and recirculation, Seiko targets the realities of ceramic tile printing: higher print gaps, higher throughput, viscosity fluctuations, and the need to run at genuine industrial speeds. The payoff is not only performance, but simpler machines too, thanks to a wider 108 mm print width that can reduce head count, electronics and ink systems.
We also talk ink collaboration and lifetime testing, plus what Seiko plans to demonstrate at Tecna (booth number D1401): waveform work aimed at jetting higher viscosity inks around 45 cP on standard technology, and progress on water-based “glue” printing that supports lower emissions and more sustainable ceramics production. We close with a look ahead to the next 25 years, including a 600 dpi push and where Seiko sees opportunities across corrugated packaging, textiles, décor and embellishments.
