With a wide range of application areas, across an array of samples, for various disease areas and testing needs, our measurement platforms provide you with precise insights into mechanical cues to advance your translational research.
Mechanobiology can be described as the intricate movement of forces within cells and tissues. We believe that having a better understanding of these forces allows for significant advancements in healthcare and therapy development. We design and develop life science instrumentation that performs precise measurements in near-physiological conditions to provide functional, easy-to-use readouts. Our solutions provide critical insights to further the discovery, development, testing and manufacturing of medical therapies.
Pavone is automated and optimized for the biological workflow. It is a high-throughput, reliable, and easy-to-use solution that measures the local mechanical properties of cells, biomaterials, and 3D in vitro models.
Cuore is a 3D contraction force platform that revolutionizes 3D tissue culture for therapy development in heart failure and neuromuscular diseases. It provides precise functional readouts for engineered muscle bundles.
Piuma is a compact, standalone, and manual nanoindenter enabling the exploration of mechanical properties from micro- to macro-scales in near physiological conditions.
Chiaro is a microscope-compatible, manual nanoindentation system that allows you to combine unique mechanical insights with the imaging equipment of your choice. A compact yet powerful instrument to expand your lab infrastructure.
With a wide range of application areas, across an array of samples, for various disease areas and testing needs, we can provide you with precise insights into mechanical cues to advance your translational research. Learn more about our applications here.
Spheroids & organoids
Hydrogels
Extracellular matrix
Single cell and 2D cultures
Ex vivo tissue
Engineered muscle tissue
Engineered heart tissue
Wound healing
In vitro culturing
Eye care and medical devices
Tissue regeneration
Cartilage regeneration
Skin regeneration
Cultured meat
Drug screening/toxicity testing
Functional assays
Degradability testing
Quality control
Mechanobiology research
Welcome to tissue microindentation- a technique that allows scientists to probe the tiny mechanical properties…
In regenerative medicine, restoring damaged heart tissue remains one of the most significant challenges. Unlike…
Cardiac fibrosis disrupts the heart’s structure and function, leading to heart failure. However, understanding the…
Elevate your research with the Cuore Muscle-on-a-Chip platform! Join Matthias Haalstra & Dr. Mohammad Khoonkari…
Mimicking Life: The Organ-on-Chip and the Future of Modern Science Consider a scenario where the…
By the end of this webinar, attendees will be equipped with the knowledge and confidence…
We are a team of 60+ passionate people, headquartered in Amsterdam, the Netherlands. Since our beginning in 2011, we have been collaborating with researchers and scientists to accelerate research through the generation of mechanical insights. In close collaboration with our customers and with their research goals in mind, we work together to spearhead transformative discoveries and pioneer novel applications, improving human health using cutting-edge advancements in life science technology.
Whether your focus lies on mechanical measurements and characterization at the cell scale, or you work with muscle tissues, our platforms offer you precise, fast, and accurate outcomes. Discover more about how our products can help you accelerate and achieve your research goals.
With a wide range of application areas, across an array of samples, for various disease areas and testing needs, we can provide you with precise insights into mechanical cues to advance your translational research. Learn more about our applications here.
We are a growing team of 60+ passionate people, headquartered in Amsterdam, the Netherlands. Learn more about our journey so far, meet our team of professionals, and our career opportunities.
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