Shiley Xlt 7.0mm I.d., Cuffed, Proximal Extension

What is SH70XLTCP-Each Shiley Xlt 7.0mm I.d., Cuffed, Proximal Extension?

The SH70XLTCP-Each Shiley Xlt 7.0mm I.d., Cuffed, Proximal Extension is a single-unit tracheostomy tube designed for patients requiring prolonged mechanical ventilation or airway support. Manufactured with a 7.0mm internal diameter, this cuffed tube features a proximal extension that allows for improved positioning and secure airflow in critical respiratory care. It is part of the Shiley XLT series, known for reliability and clinical performance in hospital and home care environments.

Key features

• 7.0mm Inner Diameter — Ensures consistent airflow for adult patients with moderate airway needs.
• Cuffed Design — Provides airway sealing to prevent aspiration and support mechanical ventilation.
• Proximal Extension — Extends the tube near the stoma for better alignment and reduced kinking.
• Single-Use, Sterile — Supplied individually packaged to maintain hygiene and reduce infection risk.
• Shiley XLT Series — Trusted brand in tracheostomy care with proven biocompatibility and durability.
• Clear Markings — Facilitates accurate depth placement and clinical monitoring.
• Smooth Beveled Tip — Aids in atraumatic insertion and patient comfort.

Who is SH70XLTCP-Each Shiley Xlt 7.0mm I.d., Cuffed, Proximal Extension for?

This tracheostomy tube is intended for adult patients in post-operative recovery, intensive care, or chronic respiratory conditions requiring stable, long-term ventilation. It suits clinicians managing airway protection in settings where secure, low-leak ventilation is essential. Home care providers and hospital staff use this device for its reliability and ease of integration with ventilator systems.

How does SH70XLTCP-Each Shiley Xlt 7.0mm I.d., Cuffed, Proximal Extension compare?

Compared to standard polypropylene tracheostomy tubes, the Shiley XLT series offers enhanced flexibility and tissue compatibility. Its cuffed, proximal extension design provides better sealing and positioning than uncuffed or straight tubes. While more expensive than basic models, it delivers superior performance in critical care versus generic alternatives, particularly in reducing airway complications and ensuring secure ventilation over time.