Medtronic Mitg Shiley 86233 Uncuffed Endotracheal Tube, a premium medical device designed for optimal airway management in various clinical settings. Engineered with precision and care, this endotracheal tube is an essential tool for healthcare professionals who prioritize patient safety and comfort during intubation procedures.

The Shiley 86233 features a smooth, low-friction surface that facilitates easy insertion and minimizes trauma to the airway. Its uncuffed design is particularly beneficial for pediatric patients or individuals with delicate airways, allowing for natural ventilation and reducing the risk of airway obstruction. This tube is made from high-quality medical-grade materials, ensuring durability and reliability throughout the duration of use.

Key Features:

- Uncuffed Design: Ideal for patients requiring less airway pressure and minimal trauma, making it suitable for a wide range of applications.
- Smooth Surface: The low-friction design allows for easier insertion and withdrawal, enhancing the overall intubation experience.
- Radiopaque Line: Integrated radiopaque markers ensure visibility on X-rays, aiding in proper placement verification.
- Multiple Sizes: Available in various sizes to accommodate different patient needs, ensuring a perfect fit for every individual.
- High-Volume, Low-Pressure: Designed to minimize the risk of tracheal injury while providing effective ventilation.

Use Suggestion: The Medtronic Mitg Shiley 86233 Uncuffed Endotracheal Tube is best utilized in emergency situations, during surgical procedures, or in intensive care units where airway management is critical. Healthcare professionals can confidently use this device for intubating patients who require mechanical ventilation, ensuring a secure airway while maintaining patient comfort. Ideal for pediatric care, this tube can also be employed in adult patients with specific airway considerations. Always follow institutional protocols and guidelines when selecting the appropriate size and type of endotracheal tube for each patient.