Oxygenators

LivaNova Inspire8

The oxygenator module can deliver high performance at blood flow levels of 8 L/min (8 LPM).
Newly designed polyurethane heat exchanger system provides efficient heat transfer.
Longitudinal flow design maximizes gas exchange (oxygenation and CO₂ removal) by improving surface utilization.
Designed with minimal dynamic operating volume (DOV) to reduce negative effects on hemodilution.
Control of gaseous micro-emboli (GME) is a key design feature; integrated arterial filter option helps improve GME capture.
Available in single-chamber and dual-chamber reservoir options, providing additional biocompatibility choices.

Capable of full operation at a maximum blood flow of 6 L/min.
Standard version priming volume is 184 ml; integrated arterial filter version is 284 ml.
Membrane surface area is 1.4 m² (oxygenator) and 0.4 m² (heat exchanger).
Designed to minimize hemodilution using the Dynamic Operating Volume (DOV) concept.
Reservoir minimum operating level is 150 ml, reducing blood loss and hemodilution.
Equipped with PH.I.S.I.O coating, improving biocompatibility and reducing blood activation risk.

Type: microporous hollow fiber membrane oxygenator with integrated heat exchanger module.
Blood flow capacity: max 700 ml/min, reference flow (AAMI standard): 1000 ml/min.
Membrane: microporous polypropylene, surface area 0.22 m²; heat exchanger surface 0.03 m².
Priming volume: 31 ml (oxygenator + heat exchanger).
Equipped with PH.I.S.I.O coating, reducing platelet adhesion and improving blood compatibility.
Used in neonatal cardiopulmonary bypass for oxygenation and CO₂ removal; approved for up to 6 hours of use.

Type: microporous hollow fiber membrane oxygenator with integrated heat exchanger.
Maximum blood flow: 2.5 L/min (2500 ml/min) for pediatric CPB.
Membrane: microporous polypropylene, surface area 0.61 m²; heat exchanger 0.06 m².
Priming volume: 87 ml (oxygenator + heat exchanger).
Reservoir capacity (open system): 1500 ml; minimum operating level 30 ml; filters: 33 µm (cardiotomy), 51 µm (venous).
PH.I.S.I.O coating reduces platelet adhesion and improves biocompatibility.

Designed for neonatal and infant patients in short-term cardiopulmonary bypass (≤6 hours).
Oxygenates blood, removes CO₂, and enables cooling or warming.
Hard-shell venous reservoir enables dynamic venous blood collection, defoaming, and filtration.
Single-use, ethylene oxide sterilized, non-toxic and non-pyrogenic.
Supplied in individual packaging; intended for use only by trained perfusionists or physicians.

Designed for neonatal and infant patients requiring both short- and long-term ECMO support.
Oxygenates blood, removes CO₂, and regulates temperature; offers more stable performance.
Hard-shell reservoir with defoaming and filtration; optimized for long-term support.
Suitable for both short procedures and ECMO support.
Single-use, EO sterilized, non-toxic and non-pyrogenic.
Preferred for critical patients due to higher performance and ECMO compatibility.