Do you support academic research projects?

Yes. We regularly work with universities and research groups to develop simulation setups around specific research questions, experimental workflows and technical requirements.

Do you offer academic or educational discounts?

Yes. Through our Education Program, we support research and teaching institutions with preferred conditions on Swiss Vascular products. Contact us to discuss your project and eligibility.

Can Swiss Vascular support custom research setups?

Yes. We can support anything from a single custom module to complete mechanical, electronic and software-based research environments.

Can we use our own devices, sensors or software?

Yes. Our systems are designed to remain flexible and can be integrated with external devices, instrumentation and research equipment where required.

Do you collaborate on scientific projects?

Yes. Research is part of Swiss Vascular’s identity, and we are open to scientific collaborations where our simulation, engineering or development capabilities can contribute meaningfully.

Application

Research & Education

Turn complex questions into experiments you can see, repeat and learn from.

Research is part of Swiss Vascular’s identity.
With strong roots at ETH Zurich, we stay closely connected to ongoing MedTech research and use that exchange to challenge, improve and extend our technologies. Supporting new ideas, experimental setups and academic collaboration is central to how we develop and where we want Swiss Vascular to go.

Experimental Research Setups

Build controlled and repeatable environments around a specific research question. Anatomy, flow conditions, sensors and imaging can be adapted to study new devices, procedures or technologies under defined conditions.

Anatomy & Procedure Education

Our physical and digital simulation tools support anatomy education, procedural teaching, technical training and the communication of new medical technologies across different experience levels.

Technology & Method Development

Build and compare new devices, navigation concepts, imaging methods and robotic systems in a controlled physical environment. Our setups can reproduce defined anatomy and physiological conditions, making experiments repeatable and easier to measure, modify and validate.