UV technology in surface technology - Interview with Tim Sterbak, IST Metz

Tim Sterbak: "In recent years, UV curing has established itself as a key technology for sustainable coating processes. Not only is it solvent-free, it also requires significantly less energy and space compared to thermal processes. It also enables immediate further processing without long drying times. This saves resources, reduces emissions and improves energy efficiency - factors that are crucial, especially in times of rising energy prices and growing environmental awareness."

Tim Sterbak: "Functional surfaces are gaining enormously in importance. In areas such as medical technology, displays, packaging and interiors, not only appearance but also function plays a key role. UV-curable systems can be specifically equipped with properties such as antibacterial properties, increased scratch resistance or special optical effects such as matt-gloss contrasts. We work closely with material manufacturers and customers to implement such high-performance coatings in a practical way."

Tim Sterbak: "A central role. Today, our systems are no longer "just" light sources - they are intelligent components in networked production lines. Thanks to sensor technology, predictive maintenance and digital interfaces, we enable a high level of process reliability and efficiency. Our customers benefit from adaptable systems that can be easily integrated into existing control systems and provide relevant process data in real time."

Tim Sterbak: "Technologically, we face the challenge of developing even more flexible and sustainable solutions - particularly with regard to different substrates and regulatory requirements. On the market side, we expect further growth in application areas such as display, coil coating and packaging. The greatest opportunity lies in combining ecological requirements with economic efficiency. UV technology - especially LED UV - offers enormous potential for this."