Smart Printing Belt: Meet the patented technology and the people behind it
Printing Innovations
Product news
Innovation in digital printing is about more than adopting new technologies - it is about rethinking established approaches. The Habasit Smart Printing Belt is a patented solution that redefines belt position measurement, delivering exceptional accuracy while overcoming the limitations of conventional encoder-based systems.
The development of the Habasit Smart Printing Belt began with an ambitious goal: to rethink how belt position is measured in digital printing. By replacing the traditional encoder-based approach with direct belt position measurement, the solution achieves repeatable positioning accuracy of ±10 μm, enabling greater precision and process stability.
Patented Technology Driving Performance
The Smart Printing Belt combines several advanced technologies into a single integrated solution. An embedded magnetic scale, multiple sensor heads, sophisticated signal processing, and a continuously learning digital twin work together to deliver highly accurate and reliable positioning. This innovative combination sets a new benchmark for digital printing applications.
Innovation Powered by People
Behind every technological breakthrough is a team of passionate experts. In the latest interview, Pietro Domanico, Development Engineer Electronics at Habasit, shares the story behind the Smart Printing Belt, discussing the engineering challenges, the innovative mindset, and the close collaboration that made this unique solution possible.
Discover the Story Behind the Innovation
Inside the video, you will learn:
how the Smart Printing Belt technology works
how direct belt position measurement differs from conventional encoder-based systems
why continuous self-learning is a game changer for digital printing
and how the expertise and dedication of the Habasit team turned an ambitious idea into reality
The future of digital printing is built not only on precision, but also on the people who drive innovation forward.