Crisalix is the world's leading tech company in the field of 3D aesthetic simulation. Its unique technology is based on the most recent advances in Artificial Intelligence, Computer Vision and Augmented Reality and it permits the creation of highly accurate 3D reconstructions of human bodies and the simulation of aesthetic procedures on top. Its disruptive technology caters to some of the world's most recognized plastic surgeons and clinics across 5 continents.
Deep LearningOur interdisciplinary deep learning team combines the best techniques from deep learning, computer vision and software engineering to build powerful learning-based solutions for applications related to 3D reconstruction, augmented reality and pattern recognition.
3D computers graphicsUsing cutting edge rendering interactive 3D graphics engine, surgeons can show and simulate most common surgery procedures in real time. Thanks to the fact that the 3D models are in real scale they also can see valuable overlayed information on the screen. Also giving support to several platforms; from WebGL which allows 3D graphics within any compatible web browser to the iPad ecosystem without forgetting Android.
AR/VR/MobileWe combine the power of Apple’s technologies together with our in-house technologies to forge the present and future of AR/VR for medical simulations. Our commitment to innovation drives us to explore and take advantage of state of the art AR/VR techniques to create immersive and realistic experiences for our users. In order to push AR/VR boundaries we take profit from our in-house DL/ML models and Computer Vision algorithms running on mobile devices.
Crisalix headquarters are in Lausanne (Switzerland), with several development and support centers in Barcelona (Spain) and Manila (Philippines) combined with professionals located all over the planet to better serve our customers. The company is a spin-off from the fastest growing life science cluster in the world, the Swiss Federal Institute of Technology (EPFL), in Switzerland, and the Institute of Surgical Technology and Biomechanics (ISTB) of the University of Bern in Switzerland.
