Surgical and anatomical Simulators

NeuroVR enables neurosurgeons and residents to practice and develop expert skills in open cranial and endoscopic brain surgery within an immersive, VR training environment. With modules that replicate realistic instruments, imaging, and open neurosurgical procedures, NeuroVR allows risk-free, self-directed practice resulting in reduced medical errors and better patient outcomes.

The EndoVR is a new generation of interventional simulation where virtual reality, haptics, and real patient cases push the limits of medical simulation. Designed for better performance with a state-of-the-art user interface, the EndoVR is easier to configure and use. Learners interact with cutting-edge graphics, while instructors enjoy the enhanced ability to quickly build and access endoscopic training curriculum. Supporting three learning environments in an all-in-one platform, including basic to advanced bronchoscopic, upper gastrointestinal tract (GI) and endoscopy training procedures, the EndoVR offers learners realistic exposure to a comprehensive set of anatomies and pathologies, resulting in greater confidence and comfort in endoscopic exam techniques.

Practice, learn and improve minimally invasive surgical (MIS) skills, from basic to advanced laparoscopic procedures with the CAE LapVR simulator. LapVR gives learners the opportunity to develop proficiency in techniques such as suturing, knot tying and loop ligation as well as some frequently performed laparoscopic surgeries like gall bladder removal and tubal occlusion for risk-free learning before they touch their first patient. Unlike other simulators, LapVR permits the upload of supplemental multimedia content to enrich the learner’s experience. The simulator supports setup for individuals or groups, and easy course planning.

CathLabVR provides quality training in accessing and navigating diverse anatomies with cardiac and vascular abnomalities, through repetitive practice within in a safe learning environment. With CathLabVR, instructors can easily customize case parameters to match each learner’s performance level. At the conclusion of each case, learners can be debriefed with evidence-based metrics and outcome measurements. Train in basic to complex cardiac and peripheral vascular cases with a virtual anatomy interface, 3D graphics and state-of-the-art haptics while developing high level skills.