Overburdened healthcare providers and the increase in antibiotic-resistant infections are just two of the challenges the healthcare system faces. And despite extensive academic and industrial R&D, novel devices to help reduce these challenges through smart wound care remain largely out of reach.

Rapid validation and application

TNO at Holst Centre has already established multiple wearable research platforms, spanning different technology readiness levels and sensor integrations. These platforms enable early validation and real-world data generation, reducing risk of smart wound care innovation before full clinical translation. Insights from these research platforms directly inform targeted use-case demonstrators through an iterative development process. This structured cycle accelerates innovation and ensures solutions are shaped by validated learning rather than assumptions.

Addressing specific needs

For both closed- and open-wound applications, the clinical need and the wearable-skin interface are systematically evaluated. Hybrid printed electronics are selectively integrated to address defined pain points where digital sensing or actuation provides meaningful added value. By continuously linking research platforms with application-driven demonstrators, we align technical innovation with real clinical demands, while maintaining flexibility for diverse deployment contexts.

Support for complete process

Our smart wound care platforms reach beyond the building blocks for the dressings themselves. We also address the challenges of the entire production process, such as reusability, sustainability, waste streams, end of life, and more. Together with dressing manufacturers, sensor developers, OEMs and clinical and operational partners, we can develop a wide range of wound care solutions that not only promote healing and reduce infection, but resolve challenges that current wound care cannot.