06/12/2025
AVEA Ventilator by CareFusion - Mechanical Ventilation for Intensive Care (neonatal, pediatric, and adult ventilation)
The AVEA ventilator by CareFusion is a mechanical ventilation device designed to provide optimal respiratory support for patients in intensive care. This ventilator combines a wide range of ventilation modes, advanced monitoring technologies, and functional flexibility, allowing for precise management of patient ventilation. Whether used for adult, pediatric, or neonatal patients, the AVEA offers a complete set of tools and features aimed at improving clinical outcomes and optimizing the care of critically ill patients.
The AVEA ventilator integrates BiCore technology, which enables real-time monitoring of key respiratory parameters such as transpulmonary pressure and work of breathing.
The AVEA ventilator is equipped with volumetric capnography, an essential tool for monitoring gas exchange and assessing alveolar ventilation and dead spaces. These features are crucial for ensuring that the ventilator provides an adequate amount of oxygen to the patient while effectively removing carbon dioxide. The volumetric capnography system allows clinicians to assess the efficiency of ventilation and detect issues such as hypoventilation or hyperventilation, thereby improving patient outcomes.
Features
Ventilation Modes: A/C (Assist-Controlled), SIMV (Synchronized Intermittent Mandatory Ventilation), NIV (Non-Invasive Ventilation), CPAP (Continuous Positive Airway Pressure)
BiCore Technology: real-time monitoring of transpulmonary pressure and work of breathing
Volumetric Capnography: Comprehensive monitoring of gas exchange, alveolar ventilation, and dead spaces
Helium Gas (Heliox) Delivery Compensation System: Automatic compensation for heliox
Internal Compressor (Optional): Up to 2 hours of battery autonomy
12.1-inch Color Touchscreen Intuitive user interface
Monitoring of Tracheal, Esophageal, and Transpulmonary Pressures
Automated Maneuvers: MIP/NIF, AutoPEEP, Slow Flow
Monitoring of Alveolar Ventilation and Physiological Dead Spaces