Navigate with Confidence: Choose Inwire
Enhanced Navigation: Smoothly navigate through complex vascular structures.
Precision Control: Exceptional torque control for accurate placement.
Smooth Operation: Hydrophilic coating for ease of use.
Inwire: Your Partner in Precision for Neurovascular Procedures
Reliable Construction: Made from high-quality materials for dependable performance.
Versatile Sizing: Available in various diameters and lengths to suit your needs.
Patient Safety: Atraumatic tip design to minimize risk.
Flexibility: Designed to navigate through complex vascular structures.
Control: Provides exceptional torque control for precise navigation.
Coating: Hydrophilic coating ensures smooth passage through vessels.
Material: Constructed from high-quality materials for reliability.
Diameter and Length: Available in various sizes to accommodate different procedures.
Tip: Atraumatic tip design to minimize risk of vessel damage.
The Inwire Neurovascular Guide Wire is a state-of-the-art tool designed for precision and control in neurovascular procedures. Its exceptional flexibility and torque control allow for seamless navigation through the most complex of vascular structures.
Coated with a hydrophilic material, the Inwire Guide Wire glides smoothly through vessels, minimizing resistance and enhancing the overall procedure. The high-quality construction ensures reliability and durability, even in the most demanding situations.
Available in various diameters and lengths, the Inwire Guide Wire can be tailored to suit a wide range of neurovascular procedures, ensuring that you have the right tool for the job at hand. The atraumatic tip design further ensures patient safety, minimizing the risk of vessel damage during navigation.
Polymer Jacket 150cm
& Hydrophilic 170cm
Tip Radioopacity
5cm
Re-Shapeable
Round Curve Tip
Outer Diameter
0.014" to 0.018"
Usable Length
200cm to 300cm
0.010" (0.26mm)
Polymer Jacket 150cm
& Hydrophilic 170cm
Tip Radioopacity
5cm
Usable Length
170cm to 300cm
Outer Diameter
0.008" to 0.012"
0.008" (0.20mm)
Round Curve Tip
High Progressability
Durable Performance: The guidewires maintain consistent push and torque capabilities in challenging anatomies, facilitating confident access to the target lesion.
Superior Lesion Crossing: Advanced core composition and tapered design reduce friction, supporting stable navigation through calcified or tortuous vessels.
Steerability and Torque Control
Easy Steering: A carefully engineered wire shaft and distal tapering structure ensure accurate tip response and predictable turn movements.
Torque Capability: Delivers precise rotational transmission from the handle to the distal tip, crucial for tight or angled pathways in neurovascular and peripheral arteries.
Flat, Malleable Distal Tip
Custom Tip Shaping: The distal wire tip can be easily bent or contoured to accommodate difficult lesion angles, especially relevant in neurovascular procedures.
Radiopaque Distal Segment (2–3 cm): Enables real-time fluoroscopic tracking of the tip position during device navigation and lesion crossing.
Hydrophilic Polymer Coating
Low-Friction Advancement: Reduces vessel wall adhesion, promoting safer crossing in intricate or long-segment lesions.
Improved Navigability: Diminishes the risk of wire entrapment or microcatheter “kick-back,” especially when maneuvering through acute vessel curves.
Diameter Options and Lengths
Diameter Range: 0.010”, 0.012”, 0.014”, 0.018”—catering to neurovascular microcatheter systems and peripheral interventions.
Multiple Lengths: Diverse wire lengths for short-segment access or extended vessel coverage, enabling personalized approach based on the lesion site and patient anatomy
Durable Performance: The guidewires maintain consistent push and torque capabilities in challenging anatomies, facilitating confident access to the target lesion.
Superior Lesion Crossing: Advanced core composition and tapered design reduce friction, supporting stable navigation through calcified or tortuous vessels.
Easy Steering: A carefully engineered wire shaft and distal tapering structure ensure accurate tip response and predictable turn movements.
Torque Capability: Delivers precise rotational transmission from the handle to the distal tip, crucial for tight or angled pathways in neurovascular and peripheral arteries.
Custom Tip Shaping: The distal wire tip can be easily bent or contoured to accommodate difficult lesion angles, especially relevant in neurovascular procedures.
Radiopaque Distal Segment (2–3 cm): Enables real-time fluoroscopic tracking of the tip position during device navigation and lesion crossing.
Low-Friction Advancement: Reduces vessel wall adhesion, promoting safer crossing in intricate or long-segment lesions.
Improved Navigability: Diminishes the risk of wire entrapment or microcatheter “kick-back,” especially when maneuvering through acute vessel curves.
Diameter Range: 0.010”, 0.012”, 0.014”, 0.018”—catering to neurovascular microcatheter systems and peripheral interventions.
Multiple Lengths: Diverse wire lengths for short-segment access or extended vessel coverage, enabling personalized approach based on the lesion site and patient anatomy