Catheter guidewire Eklavya Wire™

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Overview
Eklavya Wire™ Zebra Guide Wire is a guidewire intended to support reliable access, cannulation maintenance and instrument exchange in urological and ERCP procedures. Constructed with a Nitinol core and a blue-white zebra PTFE sleeve, it provides controlled navigation, good pushability and enhanced fluoroscopic visibility in complex anatomy.

Key benefits

• Nitinol core: balances flexibility and stiffness to facilitate navigation through tight or tortuous pathways while maintaining push control
• Hydrophilic tip (optional): reduces friction for easier, atraumatic insertion and advancement
• Zebra PTFE sleeve: improved fluoroscopic visibility for precise wire positioning
• Multiple diameters and tip configurations: options to suit a wide range of procedural requirements

Available sizes

• EGW25150 — without hydrophilic tip — 0.025 in — 150 cm
• EGW32150 — without hydrophilic tip — 0.032 in — 150 cm
• EGW35150 — without hydrophilic tip — 0.035 in — 150 cm
• EGW38150 — without hydrophilic tip — 0.038 in — 150 cm
• EGWT25150 — with hydrophilic straight tip — 0.025 in — 150 cm
• EGWT32150 — with hydrophilic straight tip — 0.032 in — 150 cm
• EGWT35150 — with hydrophilic straight tip — 0.035 in — 150 cm
• EGWT38150 — with hydrophilic straight tip — 0.038 in — 150 cm
• EGWTA25150 — with hydrophilic angled tip — 0.025 in — 150 cm
• EGWTA32150 — with hydrophilic angled tip — 0.032 in — 150 cm
• EGWTA35150 — with hydrophilic angled tip — 0.035 in — 150 cm
• EGWTA38150 — with hydrophilic angled tip — 0.038 in — 150 cm

Technical specifications

• Intended use: support reliable access, cannulation maintenance and instrument exchange in urological and ERCP procedures
• Core material: Nitinol
• Sleeve: blue-white zebra PTFE for enhanced fluoroscopic visibility
• Tip options: without hydrophilic tip; with hydrophilic straight tip (optional); with hydrophilic angled tip (optional)
• Available diameters: 0.025, 0.032, 0.035, 0.038 in
• Available length: 150 cm
• Performance: designed for controlled navigation, good pushability and clear fluoroscopic visualization in tight or tortuous anatomy