Most Advanced Lineup Ever
Be among the first to meet PHOEBE™, the ultra-high-fidelity female trauma care simulator designed to advance training for emergency and trauma teams.
Come meet HAL® S5301, the world’s most advanced interdisciplinary patient simulator, and see how AI-enhanced speech and lifelike robotics are blurring the line between simulation and reality.
Discover the SUSIE® S2400, now featuring modular geriatric and post-op amputation accessories that allow you to instantly adapt a single simulator for a wide range of clinical pathologies.
Streamline your skills lab with HAL® S1060, the all-in-one procedural trainer designed for mastering ultrasound-guided CVC, chest tube insertion, and arterial line placement on a single platform.
Rediscover the versatility of VICTORIA® S2200, the comprehensive solution that bridges the gap between complex delivery emergencies and non-gravid gynecology and nursing care.
Learn how to:
- Identify strategies that strengthen scenarios and align them with your program’s training goals
- Use UNI® 3 event markers, timestamps, and logs to track performance in real time
- Develop learner-specific feedback using UNI® 3 to support critical thinking and teamwork
from 11:00 AM - 12:00 PM
*Conversational Speech feature availability may vary by region or country. Internet access is required.
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Bridging the gap between theory and practice.
By synchronizing holograms with the physical world, Obstetric MR allows learners to see inside VICTORIA and observe the dynamic physiology underlying difficult deliveries to promote deeper learning. Wireless connectivity supports up to 6 participants, with each observing their unique vantage point.
Seamless and powerful scenario integration.
Obstetric MR adds a new layer of learning to normal vaginal birth, shoulder dystocia, and breech scenarios. It integrates seamlessly with VICTORIA’s new Simulation Learning Experiences childbirth scenarios as well as your custom scenarios and on-the-fly operation.
Observe clinical intervention in real-time.
Obstetric MR, VICTORIA’s internal network of sensors, and the powerful UNI® control software work together to provide learners with real-time visual feedback. Learners can study the rotation of the pelvis and the fetal shoulder during McRoberts and suprapubic pressure maneuvers as they perform them. It is an entirely new way to observe and understand clinical cause and effect through hands-on practice.