The Aortic Valve Implantation software module by Mentice is a simulation platform designed for interventional cardiologists and cardiac surgeons to practice transcatheter aortic valve implantation (TAVI/TAVR) procedures. The software provides a realistic, risk-free environment for mastering all procedural steps, including valve selection, deployment, and management of anatomical variations. It supports both balloon- and self-expandable valves, allowing users to explore different deployment strategies such as the cusp overlap technique and commissural alignment. The module features interactive hemodynamic monitoring, advanced 3D visualization, and real-time feedback to enhance procedural accuracy and decision-making. It is compatible with the VIST® G7 and G7+ simulators, enabling patient-specific case import and hands-on practice with realistic device handling. This solution is intended for clinicians, educators, and device specialists seeking to improve safety, efficiency, and outcomes in aortic valve interventions.

Key Features

Comprehensive TAVI/TAVR Procedural Training Covers all steps in a risk-free, realistic environment.

• Practice valve selection, deployment, and management of complications.
• Supports both balloon- and self-expandable valves for diverse training.

Advanced Visualization and Feedback Enhances anatomical understanding and procedural accuracy.

• Augmented 3D anatomy views and fluoroscopy for precise valve placement.
• Real-time hemodynamic monitoring and interactive feedback.

Device-Agnostic and Patient-Specific Training Adapts to evolving clinical needs.

• Generic valve support for unbiased training across device types.
• Import patient-specific cases for targeted procedural rehearsal.

Hands-On, Realistic Device Handling Simulates clinical practice.

• Realistic tactile feedback and device manipulation.
• Compatible with VIST® G7 and G7+ simulators.

Benefits

Improved Clinical Preparedness Enhances readiness for TAVI/TAVR procedures.

• Enables risk-free practice of complex deployment techniques[3][2].
• Reduces learning curve for new devices and anatomical challenges[3].

Optimized Patient Safety Supports safe and effective procedural strategies.

• Trains users to manage complications and select optimal approaches[3].
• Promotes efficient and safe procedural workflows[3].

Personalized and Collaborative Training Adapts to individual and team learning needs.

• Allows for instructor-led or self-directed training[3].
• Supports collaborative learning and debriefing with advanced metrics.