Description

The Terumo Radifocus Guide Wire M Standard Type is a high-performance hydrophilic guide wire meticulously engineered to facilitate the precise direction of catheters within the vascular system. Designed for use in a broad spectrum of diagnostic and interventional procedures, this guide wire is indispensable for navigating peripheral, cerebral, and coronary vasculature. Its advanced construction ensures optimal maneuverability and patient safety during complex endovascular interventions.

This guide wire features a superelastic Nitinol core, providing exceptional flexibility, kink resistance, and shape memory for reliable performance and swift device exchange. The core is enveloped by a radiopaque polyurethane jacket containing tungsten, which significantly enhances fluoroscopic visibility for controlled navigation. Furthermore, the proprietary M Coat hydrophilic polymer coating reduces friction, enabling smooth, low-resistance advancement through tortuous anatomy while minimizing vessel trauma.

The Radifocus Guide Wire M Standard Type is a critical tool for clinicians performing procedures requiring superior steerability, trackability, and support. Its one-piece construction ensures one-to-one torque transmission, offering predictable control and efficient navigation in various clinical scenarios, from routine angiography to complex lesion crossing and device delivery.

Key Features : 

Highly flexible, tapered tip for atraumatic and controlled navigation through vessels.
M Coat hydrophilic coating for low friction endovascular steerability and trackability.
Radiopaque polyurethane jacket containing tungsten for excellent fluoroscopic visibility and controlled navigation.
Superelastic Nitinol core providing adaptable shape memory, high flexibility, and kink resistance for swift device exchange.
One-piece construction with one-to-one torque transmission for predictable and precise navigation.
Rounded, atraumatic J-tip design for the prevention of vessel trauma and smooth guidewire insertion.
Ensures good crossability through challenging vascular anatomies.