In neurointervention, the guidewire is far more than the first tool in—it’s the surgeon’s sensory extension, leading the way through the body’s most delicate vessels.
This Neuro Guidewire sets itself apart right from the choice of materials.
What Is It Made Of—and Why Does It Matter?
✅ 1. Core Structure: Stainless Steel + NiTi Alloy
The guidewire uses a composite core design:
Proximal section: 304 stainless steel, offering excellent pushability and torque transmission
Distal section: NiTi (nickel-titanium alloy), known for its flexibility, shape memory, and kink resistance
This combination ensures the wire is strong enough to push, yet flexible enough to navigate tortuous intracranial pathways.
✅ 2. Surface Coating: 40cm Hydrophilic Layer
A 40cm hydrophilic coating reduces friction significantly during navigation.
In contact with blood, the coating forms a slick lubricating layer, making it easier to pass through tight turns, microcatheters, and small-caliber vessels.
✅ 3. Tip Design: Shapable Soft Tip + Radiopaque Marker
The tip can be manually shaped and retains its curve, ideal for selecting angled branches.
A 3cm platinum coil marker ensures high visibility under fluoroscopy, enabling real-time, precise positioning.
What Benefits Does This Design Deliver?
Accurate Directional Control: Easy shaping and stability help target distal vessels reliably
Smooth Advancement: Reduced resistance even through narrow or tortuous segments
Faster Procedural Flow: Less hesitation, fewer adjustments, more confidence
Improved Safety: Gentle distal tip reduces risk of perforation or endothelial trauma
Seamless Compatibility with Other Devices
Neurointervention is a team effort—every tool must perform, but also work in harmony. This guidewire is engineered for fluid cooperation with other devices:
Smooth Microcatheter Tracking
The wire’s low-friction surface and stable path enable microcatheters to follow with minimal deviation or snagging.
Reliable Stent Delivery
Offers consistent support during balloon or stent advancement, helping ensure devices reach their targets with precision.
Fewer Exchanges, Greater Efficiency
The wire maintains integrity through multiple entries or adjustments—no curling, no kinking, just smooth operation throughout.
✅ Conclusion: More Than Materials—Built for Surgical Trust
From the hybrid core to the hydrophilic coating and shapable soft tip, every element of this Neuro Guidewire is crafted to support real-world surgical performance.
It’s more than a guide—it’s a tool that surgeons can trust at every turn.
Contact us now to request product data or samples!