PU Cuff Digital Camera Endobronchial Tube With Double Lumen Port

Product Parameter For Digital Camera Endobronchial Tube

Basical Information For Digital Camera Endobronchial Tube

Description:

The vision endobronchial tube is a modified endotracheal tube with two separate lumens or channels.
One lumen is used for ventilation, while the other contains a miniature fiberoptic bronchoscope.
The bronchoscope allows for real-time, direct visualization of the airway and bronchi.
Purpose:

Facilitates one-lung ventilation during thoracic surgical procedures, such as lung resections or lung transplants.
Enables the selective ventilation and management of each lung independently.
Provides continuous visual guidance for the accurate placement and positioning of the endobronchial tube.
Allows for the detection and management of airway complications during the procedure.
Key Features:

Dual lumens - one for ventilation, one for fiberoptic bronchoscope
Adjustable endobronchial cuff to create a seal within the bronchus
High-resolution camera and light source integrated into the bronchoscope
Suction and irrigation channels for maintaining visual clarity
Radiopaque markings for depth monitoring and placement verification
Benefits:

Enhances the safety and success of one-lung ventilation procedures by providing direct visualization of the airway.
Enables real-time assessment and management of the isolated lung during the surgery.
Facilitates accurate placement and positioning of the endobronchial tube.
Allows for guided suctioning and airway management under direct observation.
Serves as an important training and teaching tool for healthcare providers.
Considerations and Usage:

Specialized training and expertise are required for the safe use of the vision endobronchial tube.
Proper maintenance and cleaning of the bronchoscope component are crucial to prevent contamination.
Continuous monitoring of the patient's ventilation, oxygenation, and hemodynamics is essential during one-lung ventilation.
The tube position and lung isolation must be frequently re-assessed to ensure proper function.