Cardinal Covidien Shiley 86448 Medtronic C, a premium tracheostomy tube designed for optimal patient comfort and safety. This advanced medical device is engineered to meet the needs of patients requiring long-term airway management, providing healthcare professionals with a reliable solution for respiratory support.

The Shiley 86448 features a cuffed design that ensures a secure seal within the trachea, minimizing the risk of aspiration and enhancing ventilation efficiency. Its soft, flexible material promotes comfort for patients, reducing the likelihood of irritation or injury to the tracheal wall. The tube is equipped with a low-pressure cuff that allows for safe inflation, ensuring that the airway remains patent while minimizing pressure on the trachea.

One of the standout features of the Shiley 86448 is its integrated inner cannula, which simplifies the cleaning process and enhances patient hygiene. This feature allows for easy removal and replacement, ensuring that the airway remains clear and free from secretions. The tube also includes a built-in 15 mm connector, making it compatible with a wide range of ventilatory and respiratory devices.

The Shiley 86448 is designed with a radiopaque line, allowing for easy visualization on X-rays, which aids in confirming proper placement and monitoring. This feature is particularly beneficial in critical care settings where precise positioning is essential for patient safety.

For use, the Shiley 86448 is ideal for patients who require long-term ventilation support, including those with chronic respiratory conditions, neuromuscular disorders, or those recovering from surgery. Healthcare professionals can confidently utilize this tracheostomy tube in various settings, including hospitals, rehabilitation centers, and home care environments.

In summary, the Cardinal Covidien Shiley 86448 Medtronic C tracheostomy tube combines safety, comfort, and ease of use, making it an essential tool for effective airway management. Its innovative design features ensure that both patients and healthcare providers can rely on its performance for optimal respiratory care.