Pioneering a new approach to EVAR procedural training with virtual reality

We put the VR in EVAR with immersive training programs that offer unique benefits.

Repetition

An easily repeatable experience at a frequency that supports learning and retention

Scalable

Provide access to multiple users whenever, wherever.

Metrics & Validation

Evaluate and identify focus areas to impact overall performance.

Global Collaboration

Connects trainees and trainers from all over the world into one virtual learning environment.

Explore a new level of virtual collaboration and learning with Endologix

VR learning allows procedural steps to be safely practiced in preparation for real-world scenarios
Multiple users can connect globally in real-time, enabling remote collaboration and learning unlike traditional training
VR modules include both ALTO^® Abdominal Stent Graft System and AFX^®2 Endovascular AAA System procedures

Next level training

VR training programs have been shown to improve surgical performance; a recent clinical validation study showed a 230% improvement compared to traditional training methods.¹

230% improvement

Explore the ways Endologix is advancing the treatment of AAA.

ALTO^®

ABDOMINAL STENT GRAFT SYSTEM

No two patients are alike—the ALTO abdominal stent graft system provides a custom seal that conforms to the needs of specialized anatomies.

ALTO's exclusive adaptive sealing technology creates an effective seal around the vessel wall, conforming to the patient's anatomy.
ALTO provides on-label treatment of the broadest range of patient anatomies.
The ENCORE^* analysis—a pooled, retrospective analysis of six trials—demonstrated favorable clinical outcomes over five years.

ALTO features adaptive sealing technology, the lowest profile delivery system, and the shortest neck indication.

See how ALTO can help you choose an EVAR solution as unique as your patients.

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AFX^®2

ENDOVASCULAR AAA SYSTEM

The Distinct Advantages of Separating Seal and Fixation

Integrates anatomical fixation with an advanced delivery system and graft material technology to treat a wide range of anatomies
Has a unique separation of fixation and seal for broader anatomical acceptability and more positive outcomes