The CascadeTM

Non-Occlusive Remodeling Net

Cascade is the first-and-only device providing continuous blood flow during cerebral aneurysm repair, designed to address the risk of coil entanglement.

The CascadeTM

Non-Occlusive Remodeling Net

Cascade is the first-and-only device providing continuous blood flow during cerebral aneurysm repair, designed to address the risk of coil entanglement.

A New Level of Confidence

Cascade is designed based on CEREBRAL NETTM, a proprietary braiding technology with proven control and excellent radiopacity. Aneurysm neck coverage aimed at eliminating complications associated with occlusion balloons and permanent implants. Permeable design and unparalleled compliance for safe and efficient coil embolization. Predictable outcomes of device adaptations in different vessel anatomies provides confidence and control.

A New Level of Confidence

Cascade is designed based on CEREBRAL NETTM, a proprietary braiding technology with proven control and excellent radiopacity. Aneurysm neck coverage aimed at eliminating complications associated with occlusion balloons and permanent implants. Permeable design and unparalleled compliance for safe and efficient coil embolization. Predictable outcomes of device adaptations in different vessel anatomies provides confidence and control.

A New Level of Confidence

Cascade is designed based on CEREBRAL NETTM, a proprietary braiding technology with proven control and excellent radiopacity. Aneurysm neck coverage aimed at eliminating complications associated with occlusion balloons and permanent implants. Permeable design and unparalleled compliance for safe and efficient coil embolization. Predictable outcomes of device adaptations in different vessel anatomies provides confidence and control.

High-density Cell Design

  • Physical barrier designed to avoid coil protrusion and possible entanglement.
  • Keeps coils in place, facilitates coil compacting and jails the microcatheter.
  • Evenly distributed radial force with no pressure points on artery wall.

High-density Cell Design

Physical barrier designed to avoid coil protrusion and possible entanglement.
Keeps coils in place, facilitates coil compacting and jails the microcatheter.
Evenly distributes radial force and eliminates pressure points on artery wall.

Adaptable Configuration

Device length can be adjusted as needed by partially re-sheathing the net by the microcatheter for outstanding precision and control.

Precise Manipulation

The novel easy grip handle design allows operator manipulations that translate to predicted behavior of the device net.

Adaptable Configuration

Device length can be adjusted as needed by partially re-sheathing the net by the microcatheter for outstanding precision and control.

 

Precise Manipulation

The novel easy grip handle design allows operator manipulations that translate to predicted behavior of the device net.