OPTICS11 provides researchers and innovators with life science instrumentation that accelerates translational research using mechanobiology insights. Their instruments deliver high-throughput functional readouts under near-physiological conditions through a simple and user-friendly workflow.
Piuma® is a gateway to advanced material science mechanical characterization, offering robust precision for a multitude of sample sizes, from the intricacies of extracellular matrix (ECM) to the versatility of hydrogels. Its compact form is a boon for space-conscious labs, ensuring a swift integration into diverse research workflows.
Chiaro® brings unparalleled versatility to research labs, enabling detailed mechanical characterization paired with high-resolution imaging through its compatibility with most inverted microscopes. It adeptly supports a wide range of research applications, from cell biology to material science, and is particularly optimized for living tissues and cells.
Pavone® delivers automated, high-throughput mechanical characterization tailored to biological research workflows. It enables researchers to generate robust and reproducible data with ease. Optimized for translational research and therapy development, Pavone helps uncover how cells, tissues, organs, and biomaterials respond to biological cues and influence the processes they govern.
Cuore® is a high-throughput platform for real-time functional analysis of 3D engineered muscle tissues, enabling precise and non-destructive measurement of contractile force in skeletal and cardiac muscle models. Optimized for disease modeling and drug development, Cuore provides scalable and reproducible assessment of engineered muscle tissues.
Partnering with Optics11 Life, a global leader in mechanobiology instrumentation, Alvéole brings advanced nanoindentation solutions to researchers across France, Spain, and Portugal
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