Better treatment options. Better outcomes.
Better treatment options.
Better outcomes.

THE ENFOLDtm DEVICE FORMS A SPHERICAL STRUCTURE WITHIN THE ANEURYSM SAC WHEN RELEASED FROM CATHETER

ENFOLDTM THIN FILM ENDOVASCULAR OCCLUDER

Conforms to aneurysm neck – effectively seals opening to parent vessel

Promotes rapid, peri-procedural stasis in both ruptured and unruptured aneurysms

Occlusion completed in hours instead of weeks – due to the properly sized, precisely controlled porosity on the device surface

Adaptive device shape and size

Adaptive device shape and size

Improves conformation to the irregular inside wall of aneurysm sac

Facilitates sealing of the neck

Prevents prolapse into the parent artery

Nitinol is a flexible alloy that is ~50% thinner than existing wire braids, which minimizes radial and linear forces, reducing the risk of aneurysm puncture.
Uniform, micron porosity scaffolding results in occlusion of the unruptured aneurysm

Using flexible, soft and compressible film, the device is shape set into a three-dimensional form

Facilitate attachment to catheter guide wire delivery system and aid in shape setting
Form a smooth, continuous, closed surface when shaped and provide optimized resilience under applied deformation loads
Size and density optimized for maximum thrombogenicity and precise dimensional control across a large 2-dimensional surface

Significant advantages over existing products

  • Completes the process of occlusion in as short a time as possible to minimize patient risk during healing
  • Exertion of minimum radial and linear forces on the aneurysm wall during deployment and healing
  • Conforms to the inner surfaces of aneurysms of arbitrary shape and size
  • Seals the neck of the aneurysm at the parent artery interface
  • Single device deployment
  • Ability to restrain and recapture the device to aid accurate positioning and placement
  • Can be loaded into microcatheters with very small inner diameter and deployed to aneurysms located in distal vascular locations