Back

AngioVision

Quality simulation training for endovascular and angiography procedures.

Overview Features

Book a demo

In partnership with MedVision

MedVision is a global company committed to the advancement of quality education in healthcare through its range of patient and surgical simulators.

The MSE Group is the exclusive partner of MedVision in Europe.

Diagnostic and Surgical Skills in Angiography

AngioVision is suitable for radiology, cardiology and neuroradiology training programmes enabling hands-on practice of wide-ranging endovascular interventions. An extensive library of modules supports basic to advanced levels of competence.

Download brochure

AngioVision

Compact and portable for easy set-up at workshops and conferences
Touch-sensitive FullHD monitor for all menu controls and high-quality visuals
Real-time 3D tracking of all catheters
Haptic feedback system for tissue resistance

Safe learning in a virtual space

Work with a wide range of virtual instruments
Imitation of a real C-arm control panel
DSA (Digital Subtraction Angiography)
X-ray imaging in positive and negative with our 3D mode
A set of virtual hints and guides and step-by-step instructions

True-to-life educational experiences

Course of basic skills training
C-arm operation training
Work with real endovascular instruments
Customisable training courses
Real-time tracking for movement and rotation

Ergonomically designed

Real-time catheter tracing unit
Intuitive and simple touch screen controls

With its highly realistic and detailed anatomy, simulated physics, haptic feedback for tissue resistance, and radiocontrast agent spreading; AngioVision is unparalleled for its realism in preparation for real endovascular procedures.

Realistic X-Ray

During the fluoroscopy, the X-ray image reflects the corresponding changes in the current projection of the C-arm and the patient position
Heartbeat and breathing affect the displayed image
Realistic contrast spreading depending on the catheter position
The intensity of the fluoroscopic image corresponds to the volume of the introduced contrast agent, speed of injection and time interval from the moment of injection