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We create virtual reality training simulators for open surgeries to facilitate and standardize quality-assured training for complex procedures. Through simulations, trainees and surgeons can accelerate their learning curves, master key procedures and develop psycho-motor skills or muscle memory, in a risk-free environment.
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We can develop customized training simulators that work with your medical devices. Imagine surgeons training with your own original devices and instruments without needing to step a foot in the OR. Medical education, staff training and marketing of your products is just a shout away.
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I believe OssimTech’s Sim-Ortho simulator will have a direct impact on student’s performances. It will contribute to accelerate their learning process and significantly improve their skills and confidence while minimizing patient risks in the O.R. Dr. Vincent Massé M.D.Orthopedic Surgeon, FRCSc Fellow / Maisonneuve-Rosemont Hospital
I believe OssimTech’s Sim-Ortho simulator will have a direct impact on student’s performances. It will contribute to accelerate their learning process and significantly improve their skills and confidence while minimizing patient risks in the O.R.
OssimTech are a hugely impressive technology start up. Not only have they brought to market the first open knee replacement simulator, but they are committed to working in partnership with clinicians in order to improve and make Sim-Ortho increasingly realistic. Dr. Tom Wainwright, Associate Professor of Orthopaedics / Deputy Head of Orthopaedic Research Institute / Bournemouth University
OssimTech are a hugely impressive technology start up. Not only have they brought to market the first open knee replacement simulator, but they are committed to working in partnership with clinicians in order to improve and make Sim-Ortho increasingly realistic.
The Sim-Ortho is a platform that simulates 3D virtual reality interventions. Through its haptic devices, this platform has the capacity to relay a realistic tactile feedback that is very similar to the feedback experienced during real surgery. This system is designed for training to help surgeons acquire and master critical skills to ensure surgical efficiency and safety. Lahbib Soualmi PhD,Image Guided Neurosurgical Navigation Consultant Head Neuronavigation Unit & Intraoperative Surgical Imaging National Neuroscience Institute King Fahad Medical City Riyadh, Saudi Arabia.
The Sim-Ortho is a platform that simulates 3D virtual reality interventions. Through its haptic devices, this platform has the capacity to relay a realistic tactile feedback that is very similar to the feedback experienced during real surgery. This system is designed for training to help surgeons acquire and master critical skills to ensure surgical efficiency and safety.
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