Sustainably improve functional outcomes and patients’ quality of life through innovation grounded in science and biomechanics.
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01Design joint implants that faithfully reproduce natural movement, improving longevity and functional outcomes.
02Integrate real patient biomechanics into implant design, combined with an embedded electronic system to collect data and detect potential complications.
03Leverage 3D modeling and mechanical simulation to design validated implants.
04Develop solutions based on CAD, mechanical simulation, and AI.
Our 3D modeling tools and AI algorithms allow us to virtually validate each implant before manufacturing.
A multidisciplinary approach bringing together surgeons, engineers, and researchers to transform collective expertise into concrete and clinically validated innovations.
05Apply biomechanical testing and in-depth analyses to ensure safety, reliability, and clinical performance.
06Bring together surgeons, engineers, and researchers to transform collective expertise into concrete and clinically validated innovations.
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Discover how Prosthesia can help sustainably improve patients’ mobility and quality of life through science-driven and biomechanics-based innovation