Mentice provides high‑fidelity, image‑guided interventional simulators that replicate the visual and tactile experience of real procedures using realistic 3‑D anatomy, physiological flow, and integrated angiosuite or robotic interfaces. The platform captures performance data for competency tracking and allows clinicians to rehearse procedures and MedTech firms to test devices in a risk‑free virtual environment.
Funding
$275.7K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Clinicians often rely on limited hands‑on exposure to master complex image‑guided interventional procedures, leading to variable skill acquisition, longer learning curves, and inconsistent patient outcomes. MedTech companies also face challenges in demonstrating new device performance and training users before market launch.
Solution
Mentice offers a suite of high‑fidelity, image‑guided interventional therapy simulators that recreate the visual and tactile experience of real procedures within a virtual environment. The platform integrates realistic anatomical models, physiological flow systems, and angiosuite or robotic interfaces, allowing clinicians to rehearse procedures, evaluate device behavior, and refine workflow without patient risk. Data from each simulation are captured for performance analytics, enabling objective assessment, competency tracking, and iterative device optimization. By providing a scalable, repeatable training and validation tool, Mentice helps healthcare institutions improve procedural efficiency and supports MedTech firms in accelerating device adoption and regulatory preparation.
Target Audience
Primary customers are interventional radiologists, cardiologists, and vascular surgeons seeking advanced procedural training, as well as MedTech companies developing or marketing image‑guided devices.
Features
- Realistic 3‑D anatomical replication with validated physiological flow dynamics for neurovascular, cardiovascular, and peripheral interventions
- Integrated angiosuite and interventional robotics interfaces that mirror actual operating‑room equipment
- Modular learning modules and software extensions covering a wide range of procedures and device types
- Cloud‑based analytics (Mentice Live) that record performance metrics, generate competency reports, and support remote supervision
- Compatibility with silicon vessel cartridges and flow system accessories for tactile feedback and haptic realism
- API and SDK support for embedding simulations into MedTech R&D pipelines and training curricula