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The laboratory provides advanced mechanical testing capabilities for the characterization of both soft and hard biological tissues and biomaterials, under static and dynamic loading conditions. We have dedicated protocols in place for all sorts of biological materials, from soft hydrogels and tissues, to load bearing tissues such as bone and tendons. Our systems can provide indentation, shear, compression and tensile testing (uni- and biaxial), starting from the nanoscale, spanning a force range from micro- to kilonewtons. Understanding the mechanical properties of biological tissues is crucial for developing accurate constitutive models that enhance in vitro and in vivo studies, and computational simulations, contributing to the development of novel therapeutic approaches and biomedical applications.

The Laboratory for Biomechanics serves as a dynamic hub for pioneering research in the field of Biomedical Science. Bringing together experts from diverse disciplines, including Engineering, Medicine, and (computational) Biology, among different research groups, the laboratory creates an environment where novel ideas can flourish. Through advanced techniques, researchers are empowered to explore complex biomechanical systems, develop cutting-edge medical devices, and enhance our understanding of human movement and physiology. The Laboratory for Biomechanics does not only enable advanced scientific knowledge, but also contributes to transformative healthcare solutions, that improve patient outcomes and quality of life.