Boston Scientific M00576560 Ultraflex Tracheobronchial Distal Release Stent System 12mm x 40mm Covered 25mm 1/EA

• Model: M00576560
• Expanded Stent Outer Diameter: 12 mm
• Expanded Stent Length: 40 mm
• Cover Length: 25 mm
• Compressed Delivery System Outer Diameter: ~7 mm
• Tip Maximum Diameter: ~4.1 mm
• Delivery Length: ~95 cm
• Guidewire Compatibility: Designed to advance over a 0.035″ pulmonary guidewire

The Boston Scientific M00576560 Ultraflex™ Tracheobronchial Distal Release Stent System (12 mm × 40 mm, 25 mm Covered) is a precision-engineered airway stent designed to restore and maintain patency in malignant and obstructive tracheobronchial conditions. Featuring a self-expanding nitinol mesh structure, this stent applies consistent radial force to gently support compromised airway passages without kinking, allowing improved airflow and patient comfort. Its partial silicone cover over the midsection helps resist tumor ingrowth while the nitinol ends permit tissue integration and limit migration, making it an excellent choice for complex pulmonary interventions. 

Built for efficient delivery and precise placement, the Ultraflex stent system incorporates a distal-release catheter with a low-profile outer diameter that navigates challenging airway anatomy with ease. Radiopaque markers on both stent and catheter enable accurate fluoroscopic positioning, and compatibility with standard 0.035″ pulmonary guidewires facilitates a smooth deployment process. The 95 cm working length accommodates both flexible and rigid bronchoscopy, supporting versatile procedural workflows in interventional pulmonology. 

Indicated for use in the treatment of tracheobronchial strictures caused by malignant neoplasms, the Ultraflex Tracheobronchial Stent System provides clinicians with a reliable, single-use solution that balances durable airway support with controlled tissue response. Its combination of flexible design, effective tumor ingrowth resistance, and physician-friendly deployment makes this covered stent an essential tool in modern pulmonary intervention suites, enhancing procedural precision and patient outcomes.