St. Stone Shinewire PTFE Coated Guidewire - Angled SW35150JSSMD

The St. Stone Shinewire PTFE Coated Guidewire is engineered for smooth, controlled navigation through complex vascular pathways during angiography, PTCA, and interventional procedures. Its PTFE coating provides exceptional lubricity, reducing friction and enhancing steerability even in challenging anatomies. The wire’s torque-balanced stainless-steel core offers predictable movement and stability, while the atraumatic tip supports safer vessel entry. Designed for precision and caregiver efficiency, Shinewire ensures reliable guidewire performance across demanding clinical environments.

Key Benefits

The Shinewire PTFE Coated Guidewire delivers exceptional glide due to its PTFE coating, reducing resistance during vessel navigation. Its balanced torque response offers precise control, enabling smooth advancement through tortuous anatomy. The atraumatic tip enhances patient safety by minimizing endothelial trauma. Lightweight and responsive, the guidewire supports faster, more confident device delivery and improves workflow efficiency for caregivers managing complex interventional procedures.

The Shinewire PTFE Coated Guidewire features a stainless-steel core engineered for torque stability and controlled navigation. Its PTFE coating provides a low-friction surface that allows smooth advancement through vessels. The soft, atraumatic tip is constructed from biocompatible materials to enhance safety and reduce endothelial irritation. Manufactured under strict quality precision, all components are latex-free, radiopaque at the tip, and optimized for reliable single-use performance in interventional procedures.

• Open the sterile package and inspect the guidewire for bends or damage.

• Introduce the guidewire into the introducer sheath or catheter.

• Advance gently under fluoroscopic guidance, steering through the vessel pathway.

• Maintain controlled torque rotation to navigate tortuous segments.

• Once positioned, use the guidewire to guide catheters or balloons.

• After the procedure, withdraw the guidewire and dispose of it according to facility protocols.

Use only under trained clinical supervision. Advance the guidewire slowly to avoid vessel perforation or trauma. Do not use if the wire shows signs of kinking, deformation, or coating damage. Avoid excessive torqueing, which may compromise structural integrity. Ensure continuous imaging guidance during navigation. The device is intended for single-use—never reprocess or reuse. Adhere strictly to institutional safety and disposal protocols to maintain procedural and patient safety.