With realistic haptic technology, CAE 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 confidence and comfort. EndoVR supports three learning environments on one platforms, including bronchoscopic, upper Gastrointestinal tract (GI) and Lower Gastrointestinal Tract (GI) procedure. Faculty can upload their own multimedia didactic content and learners are debriefed after each case with evidence based performance metrics.

COMPREHENSIVE CURRICULUM CREATION & ASSIGNMENT

With the EndoVR, endoscopic educators are able to capture metrics, set parameter levels, and efficiently upload supplemental multimedia content to maximize learning. They can create a comprehensive learning pathway, name it, and then assign the relevant procedures or cases

HAPTIC FEEDBACK

Allow learners to get a feel for upper and lower GI and bronchoscopy flexible endoscopy procedures

DYNAMIC PERFORMANCE REPORTING

Custom reporting allows instructors to chart progress for one trainee or for a whole group

REAL PATIENT DATA

Train using Clinical cases developed from real patient data and physiological models

REPLICA FLEXIBLE ENDOSCOPY SCOPES

Offer learners the chance to become familiar with replicas of the flexible endoscopy equipment they will be using in situ

In the operating room, charges are made by the minute. The repetition provided by the simulators can reduce time in the OR. This translates to cost savings without compromising quality of care.
Dr. Matthew Blum
Section Chief of Thoracic Surgery, Northwestern University Feinberg School of Medicine

ADDITIONAL FEATURES

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ADDITIONAL FEATURES

Oral and lower GI anatomy plates
Easy data export (Excel, Word, PDF)
Simplified user setup & user-friendly interface
Create learner groups & assign procedures
Run learner reports
Drag and drop to customize curriculum
Available in English & Simplified Chinese
Dedicated scope holder
Reproduction endoscope accessories
Height adjustable haptic device