Neuroform3® Microdelivery Stent System (Humanitarian Use Device)

Product Information

Stent Conformability
Neuroform® Stents have a hybrid cell design designed for flexibility and conformability in tortuous distal anatomy.

Distal Wire Control
Independent, distal wire access provides independent manipulation of the guidewire distal to the stent, facilitating access for system support, and ultimately control.*

Trackability
An all-new, stabilizer catheter features advanced hypotube shaft construction for enhanced trackability and controlled deployment.*

Pack with Confidence

Neuroform Stents have a hybrid cell design designed for flexibility and conformability in tortuous distal anatomy.

Hybrid Cell Design

• Optimized for greater scaffolding and coil mass support*
• Highly conformable, segmented design for vessel apposition in tapered vessels
• Segmented cell geometry engineered to minimize foreshortening*

Delivery Catheter Construction

• Continuous fiber and platinum braid construction for exceptional flexibility, trackability, and kink resistance
• Compatible with all Transend® Floppy 300 Guidewires
• Ultra-smooth PTFE inner lumen surface enhances manipulation of the stabilizer catheter and aids in deployment of stent

Stablizer Catheter Construction

Hypotube Proximal Shaft
Stainless-steel hypotube proximal shaft offers enhanced support.

Spiral-cut Transition Zone
Hypotube proximal shaft is spiral cut distally to promote a flexible transition to the braided mid-shaft.

Braided Mid-Shaft
Continuous flat-wire braid reinforcement and a two-layer polymer shaft body for support and lumen integrity.

Braided Distal Shaft
Single-layer polymer shaft body over continuous flat-wire braiding provides lumen integrity with greater distal flexibility.

Stabilizer Proximity Marker Bands
A laser-etched marker band indicates the proximity of the distal tip of the stabilizer to the proximal end of the stent.

*Compared to the Neuroform® and Neuroform²® Stent Systems.