Michael Deflorian · Vice President Kyveris & Software Solutions · Durst · FESPA Barcelona 2026
At FESPA Barcelona 2026, Wayne from INKISH speaks with Michael Deflorian from Durst about the company’s visionary “Kyveris Sandbox” concept, a fully autonomous production environment designed to demonstrate the future of industrial digital print manufacturing. Combining robotics, autonomous guided vehicles (AGVs), AI-driven workflow intelligence, quality inspection systems, and digital twin technology, the setup showcases how lights-out production is moving from concept to reality.
Deflorian explains how the system creates a virtual digital twin of the production environment that continuously monitors and synchronizes with the physical production line in real-time. Materials are automatically transported by AGVs, loaded and unloaded by robotic arms with sub-millimeter precision, printed, quality-checked through camera inspection systems, and sorted automatically without human intervention. The solution is designed to reduce touchpoints, minimize waste, improve efficiency, and support fully automated production workflows across complex print environments.
The conversation also highlights how Durst’s open software architecture and Open Software Initiative enable integration with third-party devices, OEM equipment, and external workflow systems, enabling automation across mixed production environments rather than only within a single vendor ecosystem. Together, they discuss how AI, automation, sustainability, and industrial intelligence are rapidly reshaping the future of print production.
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Sat May 23rd
Jacob Hansen · CEO · Robotfactory · FESPA ...
At FESPA Barcelona 2026, Wayne from INKISH speaks with Jacob Hansen from Robotfactory about how robotics and automation are becoming increasingly important within the graphics and finishing industry. Working closely with Zünd for more than 30 years in the Nordic region, Robotfactory specializes in integrating robotic solutions with digital cutting systems to automate loading, unloading, sorting, and material handling processes for print and finishing companies. The conversation explores how modern robotic systems are evolving from simple collaborative robots into highly flexible production tools capable of handling sheets, rolls, stickers, streamers, and a wide variety of materials through interchangeable grippers and software-controlled workflows. Hansen explains that Robotfactory focuses on creating standardized automation platforms that can later be customized and upgraded to meet customer requirements. Together, they discuss the challenges of labor shortages, rising production costs, and the need for easy-to-use automation that integrates seamlessly into existing workflows. While robotic systems represent a significant investment, Hansen argues that the return on investment often comes faster than expected, especially as labor becomes more expensive and difficult to find. Both agree that robotics will play a central role in the future of print production, particularly as the industry moves toward more automated, flexible, and lights-out manufacturing environments.