Our teams are currently working on the design of a high-performance test bench to test the prototype and validate the results of the simulations and CFD tests.
3D/4D simulation of the heart and the flow of biological fluids, segment heart failure problems or study the performance of an implantable medical device.
Our simulations and modeling of your equipment allow us to analyze their impact on core and fluid mechanics. This will allow us to reduce the risk of implantation and to optimize the device.
The study of intraventricular flow by combining Computational Fluid Dynamics (CFD) and Magnetic Resonance Imaging (MRI) provides a useful and efficient view of the functioning of the ventricle in terms of kinematic, dynamic and energetic characteristics.
Using artificial intelligence processes, image processing can segment desired parts of theanatomy to detect abnormalities and the formation or development of cardiac problems at an early stage.
The design and study of pumps and rotating equipment allow an improvement in the efficiency, resistance, feasibility and hemocompatibility of solutions thanks to digital simulation tools and 3D modelling.
Mastering mechanical fluids helps to design compliant and functional medical devices. Accompanying the customer in the realization of the design of his medical device is essential, as is listening to his requests and offering him quality work.