PVC Double Lumen Enbronchial Tube Korea Market Approved

Product Parameter For Enbronchial Tube Korea

Basical Information For Enbronchial Tube Korea

Radio-opaque line to allow visualization on x-rays

Murphy eye or side port for alternative ventilation access

15mm connector for attachment to ventilator circuits

Graduated markings to indicate depth of insertion

Description

The endochial tube is a flexible, hollow, cylindrical tube designed for insertion into the trachea through the mouth or nose.

It is typically made of polyvinyl chloride (PVC) or silicone materials to provide flexibility and biocompatibility.

The tube has an inflatable cuff near the distal end that can be inflated to create a seal within the trachea and prevent air leaks.

Feature

Dual Lumen Design:

The endobronchial tube has two separate lumens or channels within the same tube:

Tracheal lumen: Used for ventilation of the patient's lungs during the procedure.

Bronchial lumen: Used to selectively ventilate or isolate one lung.

Lung Isolation:

The bronchial lumen allows for the selective ventilation or isolation of one lung, which is essential for thoracic surgeries involving the lungs or mediastinum.

This lung isolation facilitates surgical access and improves visibility of the operative field.

Improved Surgical Access:

The selective lung isolation provided by the endobronchial tube allows the surgeon to access the surgical site more easily, as one lung can be collapsed while the other is ventilated.

Reduced Bleeding:

Selective lung ventilation can help reduce bleeding from the surgical site by limiting blood flow to the operative lung.

Specialized Applications:

Endobronchial tubes are commonly used in procedures such as lung lobectomy, pneumonectomy, and lung transplantation, where the ability to isolate one lung is crucial.

Placement Guidance:

Proper placement of the endobronchial tube is typically guided by bronchoscopy to ensure the bronchial lumen is positioned in the desired lung.

Specialized Training:

The use of endobronchial tubes requires specialized training and expertise, as improper placement or use can lead to complications such as lung injury, atelectasis, or hypoxemia.