The Terumo Radifocus® Guide Wire M GS35153M is a 0.035-inch, 150cm hydrophilic guide wire designed for precise vascular access and catheter guidance in diagnostic and interventional procedures. Its straight tip enables controlled and accurate advancement through vessels, while the smooth hydrophilic coating ensures effortless navigation with minimal resistance.
The wire’s stainless steel core provides excellent torque control and flexibility, allowing clinicians to steer safely through vascular anatomy. Compact in length and reliable in design, it is ideal for short to medium vascular interventions.
Distributed and supplied in India by Shah Trading Corporation, Mumbai, dealer and distributor of Terumo medical and interventional products.
Key Features:
* Hydrophilic surface ensures low friction and smooth vessel entry.
* Straight tip design allows direct and controlled navigation.
* 0.035" diameter & 150cm length, compatible with standard diagnostic catheters.
* Strong stainless steel core offers superior torque stability and pushability.
* Kink-resistant and flexible, ideal for routine vascular access procedures.
* Single-use sterile device, ensuring high safety and hygiene standards.
Specifications:
| Specification |
Detail |
| Brand |
Terumo |
| Model / Code |
GS35153M |
| Series |
Radifocus® Guide Wire M |
| Tip Type |
Straight |
| Diameter |
0.035 inch (0.89 mm) |
| Length |
150 cm |
| Core Material |
Stainless Steel |
| Surface Coating |
Hydrophilic polymer |
| Use Type |
Sterile, single-use |
| Applications |
Vascular access, diagnostic and interventional procedures |
| Distributor (India) |
Shah Trading Corporation, Mumbai |
Product Usage:
The Terumo Radifocus GS35153M guide wire is used by clinicians to create and maintain vascular access during imaging or therapeutic interventions such as angiography and angioplasty.
How it is used:
The guide wire is gently inserted through a vascular sheath and navigated under imaging guidance to reach the target vessel. Its hydrophilic coating allows it to pass smoothly through blood vessels, and the straight tip gives precise control during catheter exchanges.
