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VIST® G7 and G7+

The high-fidelity endovascular simulator for clinicians and medical professionals.

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The VIST® G7 is the flagship and latest generation of endovascular simulators supporting all our software training modules. Using HapticRealism™ technology to bring you unmatched force range and accuracy, we’ve created the optimal environment for proficiency-based training, patient-specific simulation, and objective skills assessment. Combining the VIST® G7 with the VIST® Virtual Patient integrated with leading angio systems goes one step further in providing the most realistic simulation for interventional procedures on the market.

In its top configuration (VIST® G7+), the system allows for simultaneous manipulation of up to five devices in parallel for advanced interventional techniques such as bifurcation stenting, balloon assisted coiling, and buddy wires.

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  • Features & Benefits
    • HapticRealism™ Technology provides measurable, stronger, and more controllable force feedback giving users a more realistic experience to help them understand what resistance should feel like in different scenarios.
    • Patented bifurcation included in the VIST® G7+ makes it the only simulation platform allowing realistic training on complex procedures requiring dual device support such as bifurcation stenting, branching devices, balloon re-modelling (BRT) for neurovascular, buddy wires for peripheral, and fenestrated grafts (FEVAR) for aortic.
    • Automatic self-cleaning and calibration of sensors increases system reliability to keep maintenance to a minimum and eradicating downtime.
    • Compact and robust design gives the system a small footprint and makes it portable enough to set up anywhere and check-in on flights.
    • Mobile connection ready provides remote servicing, updating, and tele-training capabilities.
When we guide our trainees through a procedure...trying to get them to understand the difference between normally encountered friction against excessive resistance is difficult...to have something that gives you an objective measure realistically offers a marked improvement.
Dr. Khalid Barakat
Dr. Khalid Barakat
Director of Cardiovascular Simulation at Barts Heart Centre & Honorary Senior Lecturer for Device Innovation at Queen Mary University of London
The ability to have hardware that can simulate 2 simultaneous bits of equipment within the vasculature opens up a whole raft of opportunities.
Dr. Khalid Barakat
Dr. Khalid Barakat
Director of Cardiovascular Simulation at Barts Heart Centre & Honorary Senior Lecturer for Device Innovation at Queen Mary University of London
The force feedback, particularly for the large-bore devices, is much more realistic.
Dr. Khalid Barakat
Dr. Khalid Barakat
Director of Cardiovascular Simulation at Barts Heart Centre & Honorary Senior Lecturer for Device Innovation at Queen Mary University of London
 

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