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- Simbionix ENDO Mentor®
The ENDO Mentor Suite unifies three widely recognized Simbionix simulators into one powerful solution that is setting a new bar for endoscopy training The GI Mentor, BRONCH Mentor and the URO Mentor provide comprehensive virtual environments, as close to a real patient as possible
- Simbionix Ultrasound Mentor®
The Simbionix Ultrasound Mentor enables easy rotation of the simulator’s mannequin, conforming with the preferred training module Each mannequin model features realistic accurate landmarks that assist in probe positioning
- Brochure 5 - Simbionix
The GI Mentor, BRONCH Mentor and the URO Mentor provide comprehensive virtual environments, as close to a real patient as possible This multi-specialty platform is ergonomic, space saving and uses real endoscopes
- Simbionix ANGIO Mentor®
The Simbionix ANGIO Mentor VR training simulator platforms provide a comprehensive, safe environment for multi-level hands-on practice of endovascular procedures and techniques performed in the cath lab, interventional suite or operating room
- Brochure 5 - Simbionix
Unifies three widely recognized Simbionix simulators into one powerful solution: The GI Mentor, BRONCH Mentor and the URO Mentor This multi-specialty platform is ergonomic, self-sufficient and uses real endoscopes modified for simulation purposes
- Brochure 5 - Simbionix
The most realistic VR simulation available The only hands-on simulator offering EUS training A user friendly and mobile platform, incorporating Flexible Bronchoscopy modules The only evidence based hands-on training for GI endoscopy, validated in over 40 studies
- Simbionix LAP Mentor®
The LAP Mentor VR allows trainees to work on the simulator while wearing a VR headset, which enables a complete immersive experience in a realistic 3D operating room setting, featuring the OR team, the patient, OR equipment and real-life sound diversions
- Simbionix RobotiX Mentor®
Simbionix RobotiX Mentor is the only VR training simulator to provide a comprehensive curriculum including complete robotic clinical procedures with true-to-life graphics and tissue behavior
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