Switzerland is a world leader in the medical technology sector. It boasts a dense R&D network, supported by renowned universities, ultra-specialized SMEs, historic know-how in micro-mechanics and powerful international groups.
Simulation for medical devices and Medtech
Medical devices play an increasingly important role in medicine and patient care. Their rapid development supports the challenges of outpatient medicine, an ageing population, chronic disease management and a certain democratization of access to care.
There is a constant trade-off between cost management, benefit/risk issues, the spread of innovation and the desire to improve preventive rather than curative care.
From bandages to medical imaging, implantable devices to revolutionary technologies such as the “artificial heart”, connected objects and medical robotics, medical devices are taking on a whole new dimension. Players need to accelerate the development of new products in line with regulatory standards, and demonstrate their benefits. To achieve this, it is crucial to develop safe, high-quality products that take into account patient interactions, including reliability, durability and fatigue. Laboratories and medical companies must accelerate the development of new products in line with regulatory standards, and demonstrate their benefits.
Numerical simulation is a valuable tool in the development of medical devices and biotechnology products. It allows you to :
– solve complex problems
– optimize designs, improve product quality and safety, minimize regulatory risks
– reduce costs
– accelerate the development and marketing of new products
DAES teams contribute to the development of Medtech products through numerical simulation and data analysis.
We support you by integrating simulation and the validation of new development methods at the heart of your product design.
Whether you need to prepare a regulatory dossier and associated documentation, or optimize the performance of your product, our teams take charge of simulation and participate in working groups to design and specify the system. Digital models, like virtual laboratories, provide an intrinsic vision of product performance!
In the research phase
Development of mathematical models and numerical methods that can also be correlated with measured data, mathematical and technical analysis of numerical models, development and validation of scientific computing methods.
In the design phase
Our teams work closely with product managers to develop PoCs, anticipate and simulate future conditions of use, and assess the impact of design changes (strength, comfort, topological optimization, fatigue, wear, etc.).
Biotech is a constantly evolving field, with new discoveries and technologies emerging regularly. It plays an important role in medical research and the pharmaceutical industry, as well as in sustainable food production and environmental protection.
DAES teams help bring innovative biotechnologies to market by offering an extremely precise product design process.
Mastering complex biotech production processes requires the best technical resources: digital simulation is obviously the answer. This makes it possible to ensure the right level of oxygen, the right temperature or the right amount of heating in a production system. This mastery of physical parameters and the right conditions is essential if we are to achieve our objectives.