Developed in partnership with leading maternal-fetal educators and biomedical engineers, Fidelis is the only childbirth simulator with validated maternal-fetal physiology. The physiological modeling allows learners to monitor and manage both patients without instructor intervention.

iStan is the most advanced wireless patient simulator on the market, with internal robotics that mimic human cardiovascular, respiratory and neurological systems. When iStan bleeds, his blood pressure, heart rate and other clinical signs change automatically, and he responds to treatment with minimal input from an instructor. With a realistic airway, articulated joints and blood on board, iStan has full mobile simulation capabilities.

Dramatic bleeding, moulage and modular limbs With the capacity to hold up to 1.4 liters of blood on board, Caesar can present dramatic bleeding from up to six sites and produce automatic physiological responses to tourniquet application. Caesar is built with modular limbs. His optional wounds kit includes right hand glove with gunshot wound, abdominal multiple gunshot wound, wrist injury and trauma face.

FX was developed in part with the U.S. Army Research Development and Engineering Command, Simulation and Training Technology Center (RDE-COM STTC) through the Severe Trauma Simulation (STS) Program.

With a manikin, mock ultrasound transducer and graphic representation of both the patient anatomy and the ultrasound scan in real-time, VIMEDIX offers an immersive ultrasound simulation learning environment that shortens the path to competency. The VIMEDIX manikin's realistic tactile features, including a depressible abdomen, ribs and sternum allow the student to practice fine motor skills associated with performing cardiac ultrasound exams.

With realistic haptic technology, EndoVR allows learners to "get a feel" for both gastrointestinal and bronchial assessment. The system exposes learners to a wide range of anatomies and pathologies so they can quickly increase confdence and comfort. EndoVR supports three learning environments on one platform, including bronchoscopic, upper gastrointestinal tract (GI) and lower gastrointestinal tract (GI) procedures. Faculty can upload their own multimedia didactic content and learners are debriefed after each case with evidence-based performance metrics.

CathLabVR ofers best-in-class and true-to-life tactile sensations of the forces encountered when manipulating wires, catheters, balloons and stents within a patient. Learners are able to practice accessing and navigating diverse anatomies with cardiac and vascular abnormalities. The repetitive practice and challenging cases allow learners to develop skills and confdence in a risk-free environment.

Replay automatically records everything in all your AV-enabled rooms unless explicitly disabled. It keeps all recordings for weeks and all periods with any activities in the rooms are kept for good - unless you decided to delete them. Replay structures your content in "chapters" so you can always jump to the next session you had in the room with a single click. Replay does the hard work for you, so you can spend more time debriefing.

The Müse graphical interface provides instant visual control. Create a customized view of patient data in the patient status display. Select quick links to complex medical conditions, medications and interventions for the run screen. Control scenario progression or patient physiology, bookmark any part of a scenario timeline, or reset physiology or medications to facilitate learning.

METI's LearningSpace ofers the most robust and adaptable platform for managing audiovisual recording, debriefng, and professional assessment in both simulated and clinical settings. LearningSpace is web-based, scalable and accessible from anywhere.