Conversational Speech
Facilitate patient-provider communication training like never before. Gaumard Neural Speech model enables HAL to converse naturally with providers by understanding context, responding automatically and getting smarter over time.*
Lifelike Motor Movement
Introducing the next generation in HAL robotics. Simulate realistic stroke and TBI scenarios with lifelike motor reflexes, including facial drooping and head, arm, and hand movement.
Real Medical Equipment Support
Designed from the ground up for true-to-life in situ training. HAL supports the broadest selection of real mechanical ventilators, patient monitors and sensors, and defibrillators of any simulator in its class.
Advanced Anatomy and Physiology
HAL introduces the latest advancements in simulated cardiac, respiratory, and vascular physiology, including arterial access, lung compliance, hi-fi auscultation, and much more.
HAL® legacy, innovation, and evolution.
HAL S5301 is the revolutionary next step of the HAL brand, trusted by the top simulation programs worldwide. HAL S5301 continues the design philosophy introduced with the first HAL model launched nearly 20 years ago: to enable training on how and where care happens.
Introducing UNI® 3
Manage vitals, assess, and debrief with UNI 3–our most powerful and intuitive control software ever. The new UNI 3 is loaded with new tools and scenario content to help you facilitate world-class simulation learning experiences.
Gaumard MR™ Ready
Using the latest mixed reality technology, Gaumard MR blends digital educational content into the real world, allowing participants to gain knowledge and skill through an entirely new hands-on training experience.
Conversational Speech Facilitate patient-provider communication training like never before. Gaumard Neural Speech model enables HAL to converse naturally with providers by understanding context, responding automatically and getting smarter over time.* Lifelike Motor Movement Introducing the next generation in HAL robotics. Simulate realistic stroke and TBI scenarios with lifelike motor reflexes, including facial drooping and head
