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MEMBRANE OXYGENATOR

Product Details
Parameter Details
Product Membrane Oxygenator
Category Cardiopulmonary Bypass & Extracorporeal Life Support Equipment
Primary Function Adds oxygen to blood and removes carbon dioxide during extracorporeal circulation
Working Principle Uses a gas-permeable membrane for controlled exchange of oxygen and carbon dioxide
Blood–Gas Contact Indirect exchange through a membrane, minimizing direct contact between blood and gas
Key Components Oxygenation membrane, blood inlet/outlet, gas inlet/outlet, heat exchanger and monitoring ports
Applications Cardiac surgery, cardiopulmonary bypass and selected extracorporeal support procedures
Benefits Efficient gas exchange, controlled oxygen delivery and effective carbon dioxide removal
Design Compact, sterile and designed for integration with extracorporeal circulation systems
Clinical Use Operated by trained healthcare professionals according to the applicable clinical protocol


 

Membrane Oxygenator is a specialized medical device used in extracorporeal circulation systems to perform the essential functions of the lungs by adding oxygen to blood and removing carbon dioxide. It is commonly used during cardiopulmonary bypass procedures, particularly in cardiac surgery, where the patient’s natural heart and lung functions may need temporary support. The oxygenator uses a semi-permeable membrane that separates blood from the gas mixture, allowing oxygen and carbon dioxide to diffuse across the membrane without direct blood-to-gas contact. This design supports efficient and controlled gas exchange while helping maintain appropriate blood oxygenation and carbon dioxide removal.

A typical membrane oxygenator may incorporate a heat exchanger, blood inlet and outlet connections, gas inlet and outlet ports, and monitoring or sampling points. The integrated heat exchanger can help regulate blood temperature during extracorporeal circulation. Its compact and efficient design allows integration with heart-lung machines and other extracorporeal circuits. Membrane oxygenators are valued for reliable gas-transfer performance, controlled oxygen delivery, and effective carbon dioxide elimination. Because they are used in critical clinical environments, selection, setup, monitoring, and operation should be performed by appropriately trained medical professionals in accordance with the device manufacturer's instructions and applicable clinical protocols.

Product Details
Parameter Details
Product Membrane Oxygenator
Category Cardiopulmonary Bypass & Extracorporeal Life Support Equipment
Primary Function Adds oxygen to blood and removes carbon dioxide during extracorporeal circulation
Working Principle Uses a gas-permeable membrane for controlled exchange of oxygen and carbon dioxide
Blood–Gas Contact Indirect exchange through a membrane, minimizing direct contact between blood and gas
Key Components Oxygenation membrane, blood inlet/outlet, gas inlet/outlet, heat exchanger and monitoring ports
Applications Cardiac surgery, cardiopulmonary bypass and selected extracorporeal support procedures
Benefits Efficient gas exchange, controlled oxygen delivery and effective carbon dioxide removal
Design Compact, sterile and designed for integration with extracorporeal circulation systems
Clinical Use Operated by trained healthcare professionals according to the applicable clinical protocol

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