lp-new-bg-16.1

VIST® G7 and G7+

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

Learn more >

G7-G7+_system

 

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.

Watch the product release webinar >

  • 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 devicesballoon 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
 

Learn more or see a web demo.