In extracorporeal membrane oxygenation (ECMO), blood is pumped to the cardiac support machine outside the body to remove carbon dioxide and return oxygenated blood to the body. When lung function is impaired and gas exchange cannot be completed, ECMO can be used to transfer venous blood into the ECMO instrument, exchange gas through the extracorporeal membranes, and reinject arterial blood into the body for use by various organs.
Hollow fiber membranes are used in extracorporeal membrane oxygenators (ECMO). The gas transmission rate, biocompatibility and durability of hollow fiber membranes determine the function of ECMO. Cobetter self-developed and produced hollow fiber membrane for ECMO has excellent mechanical strength, high gas transmission capacity, and strong anti-plasma penetration ability, which can replace autologous lung function in in-vitro life support applications.
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Poxymem™ Polypropylene Capillary
Good mechanical strength, large gas transfer and sufficient anti-plasma leakage breaking through ability. Suitable for applications to substitute lungs in less than 6 hours such as cardiopulmonaryLearn More -
Poxymem™ Polymethylpentene Capillary
Good mechanical strength and abundant gas flux simultaneously. The unique asymmetric structure and skin layer on outer surface provide excellent ability of the capillary to prevent plasma breaking through.Learn More -
HEXTUB™ Heat Exchange Capillary
Polyethylene glycol terephthalate capillary membrane manufactured by extrusion method, is commonly used in heat exchanger in extracorporeal circulation.Learn More