Accelerating and de-risking medical device development with digital patient twins & medical simulations


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We cover a wide range of medical devices

Heart valves

Anticipate anatomical and positional changes during the cardiac cycle, significantly reducing the risk of implant failure.

TAH and Heart Assist Devices

Simulate blood flow dynamics, anatomical variations, and long-term device performance, ensuring optimal fit and function.

Occluders

Pre-test device deployment, positioning, and stability, ensuring effective closure and minimizing risks of migration or residual shunts.

Catheters

Simulate navigation through complex vascular pathways and assess catheter positioning, stability, and functionality in patient-specific anatomies.

Cannulas

Simulate insertion and flow dynamics within patient-specific vascular or cardiac anatomy, which enhances precision in cannula sizing, placement, and functionality for critical care.

Stents

Virtually test deployment, expansion, and arterial wall interaction in individualized vascular models.

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Our end-to-end digital twin solution

Advanced Statistical Shape Models

Advanced Anatomical Simulations

Regulatory Services & Consultation

Use virtual patients as digital evidence for submission to regulatory bodies

The FDA and European Commission show strong support for virtual patients and simulation.

FDA’s Office of Science and Engineering Laboratories (OSEL) has committed significant resources for transforming computational modeling from a valuable scientific tool to a valuable regulatory tool because of its potential for significant cost-savings in evaluating medical devices, simulating performance under scenarios that may not be possible with human use or that could more effectively be evaluated with simulation.

Want us to help you draft a virtual testing plan?

Ask our regulatory experts to establish your virtual testing plan connected to your physical testing. We provide this service for free during a special workshop tailored to you. Learn about the new FDA guidance documents and ASME standards for Computational Modeling and Simulation. Our experts will highlight how you can apply them and streamline your regulatory process.

Latest from our blog

  • Webinar recording: Transforming Pediatric Cardiovascular Device Development with In Silico Trials

    Webinar recording: Transforming Pediatric Cardiovascular Device Development with In Silico Trials

    Pediatric cardiovascular medical device development faces a critical challenge: children are not just “small adults.” Their unique anatomies, rapid growth, and vulnerable physiology create hurdles that traditional research and testing methods struggle to overcome. Small patient populations, ethical limits on clinical trials, and high development costs leave most companies focusing … Webinar recording: Transforming Pediatric…

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  • 5 Features in v-Patients That Help You Design Devices that Fit More Patients

    5 Features in v-Patients That Help You Design Devices that Fit More Patients

    When One Size Doesn’t Fit All Medical devices should work for everyone—not just for a narrow group of patients. True inclusive medical device design means creating solutions that fit people across age, sex, size, and anatomy. Yet too often, devices are designed and tested on limited datasets, which can lead … 5 Features in v-Patients…

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See our platform

Get a demo and see how our customers use v-Patients to speed up their device development and save costs.


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