Kendall Shiley 10ic10 Healthcare Disposable Tracheostomy Tube, a reliable solution designed for patients requiring long-term airway management. This high-quality tracheostomy tube is engineered to provide optimal comfort and safety, making it an essential tool for healthcare professionals and caregivers.

The Kendall Shiley 10ic10 features a unique design that prioritizes patient comfort while ensuring effective ventilation. Made from medical-grade materials, this disposable tube is lightweight and flexible, allowing for easy insertion and adjustment. The smooth, rounded edges minimize irritation to the trachea, making it suitable for extended use.

Key Features:

- Disposable Design: Each tube is designed for single-use, ensuring maximum hygiene and reducing the risk of infection.
- Standard 15mm Connector: Compatible with most ventilators and respiratory devices, allowing for seamless integration into existing setups.
- Cuffed and Uncuffed Options: Available in both cuffed and uncuffed versions to accommodate various patient needs and preferences.
- Radiopaque Line: The built-in radiopaque line allows for easy identification on X-rays, ensuring accurate placement and monitoring.
- Variety of Sizes: Offered in multiple sizes to cater to patients of different ages and anatomical needs, ensuring a perfect fit for everyone.
- Soft, Flexible Material: Crafted from soft materials that conform to the trachea, reducing discomfort and promoting patient compliance.

Use Suggestion:

The Kendall Shiley 10ic10 is ideal for use in hospitals, long-term care facilities, and home healthcare settings. Healthcare professionals can utilize this tracheostomy tube during procedures requiring airway management or for patients recovering from respiratory surgeries. Caregivers can ensure their loved ones receive the highest level of care by using this reliable product for daily management of their tracheostomy needs. Whether in an emergency situation or for routine care, the Kendall Shiley 10ic10 provides peace of mind with its quality and performance.