Healthcare

Make the most of simulation to deliver safe and reliable medical devices and reduce expensive prototypes and experiments.

Healthcare

Make the most of simulation to deliver safe and reliable medical devices and reduce expensive prototypes and experiments.

Computational modeling of complex physiological systems and their interaction with medical devices has become an important area of bioengineering research worldwide. Considering all clinical failure scenarios, their incidence in medical practice and the impact of undesired effects is paramount to develop safe and well-performing equipment. At the same time, virtual engineering and virtual testing are key factors to reduce time-to-market.

Our technology supports medical and pharmaceutical companies in making their processes predictable and repeatable, reducing the number of expensive prototypes, pre-clinical experiments and increasing the safety of trials.

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Addressing challenges in Healthcare

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Medical devices

Engineering simulation enables design, development and analysis of complex medical devices with great accuracy. Mathematical techniques, such as numerical optimization and Machine Learning, further enhance the design process by allowing the identification of robust and optimal solutions in a short time.

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Biotechnology

Process automation, numerical algorithms and data analytics are used in the Exscalate4CoV project to fight against COVID-19. At the core of the project, there is a drug-discovery platform that includes a "chemical library" of several hundred billions of molecules and a processing capacity in the order of million molecules per second. Learn how our technology is being used to maximize the throughput of the “in-silico” screening of molecules.

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Vision care

Contact lens design traditionally involves a broad assortment of software tools, which are typically operated manually. This makes the process of improving a lens design both iterative and time consuming. Learn how our software solutions have been used by Johnson & Johnson to create an integrated design system. modeFRONTIER enabled a fast optimization of the design geometry based on predicted performance in handling, wearer comfort, and dynamic models of on-eye rotation and centration.

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