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Terumo (TW-AS418FA) Runthrough NS Floppy (Straight 180cm) - 1's Pack

Terumo (TW-AS418FA) Runthrough NS Floppy (Straight 180cm) - 1's Pack

A Nitinol core-to-tip design provides excellent tip durability and allows reuse across multiple vessels while maintaining consistent performance.
The Duo Core direct-joint technology combines stainless steel and nitinol to deliver strong 1:1 torque response with superior pushability, trackability, and precise steering control.
A hydrophilic M-Coat coating covers the distal 24.8 cm, enabling smooth navigation through tortuous anatomy and reducing friction during advancement.
A hydrophobic silicone tip at the distal 2 mm provides improved tactile feedback and better device support during procedures.
The soft, atraumatic low-tip-weight design enhances safety and improves lesion-crossing capability.
A shapeable straight tip allows customization for procedural needs and better control during navigation.
A 3 cm radiopaque segment improves visibility under imaging for accurate placement and guidance.
The device comes in standard dimensions of 0.014” diameter and 180 cm length for compatibility with common interventional systems.
Typically supplied in boxes of 5, making it suitable for clinical procedural use and inventory management.

₹6,962 (Incl. GST)

MRP :

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Delivery within 2 to 7 Working Days

Manufacture/Marketer: Ashitaka Factory of Terumo Corporation

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Description

The Terumo Runthrough NS Guidewire is a coronary guidewire designed to deliver smooth navigation and reliable performance during PCI procedures. Featuring a straight, floppy tip, it enables atraumatic movement through tortuous vessels while minimizing the risk of vessel injury. The 180 cm wire includes a 3 cm radiopaque tip for enhanced visibility under fluoroscopy, allowing precise positioning. Its hydrophilic distal coating ensures excellent trackability and easy lesion crossing, while the PTFE-coated proximal shaft reduces friction and supports smooth delivery of balloons and stents. This combination of flexibility, control, and support makes it suitable for routine coronary interventions.