The AVEA ventilator by CareFusion is a mechanical ventilation device designed to provide optimal respiratory support to critically ill patients. With its automated ventilation modes and real-time monitoring technology, it enables precise and effective management of ventilation, while reducing ventilator days and optimizing clinical outcomes.
Includes oxygen (O₂) and air (AIR) supply hoses, English user manual (PDF), and power cord.
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. This technology helps clinicians adjust ventilation parameters according to each patient’s specific needs, ensuring optimal therapeutic outcomes. BiCore technology also provides enhanced patient safety and more accurate management of ventilatory settings, which is particularly crucial for patients requiring intensive and continuous respiratory support.
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.
The AVEA ventilator offers a variety of ventilation modes, such as Assist-Control (A/C), Synchronized Intermittent Mandatory Ventilation (SIMV), Non-Invasive Ventilation (NIV), and Continuous Positive Airway Pressure (CPAP). These modes allow healthcare providers to adapt ventilatory support according to the patient's clinical condition, respiratory function, and level of consciousness.
The A/C mode is ideal for patients who require full ventilatory support, while the SIMV mode is recommended for patients starting to wean off the ventilator, as it combines assisted and controlled breaths. The NIV mode enables non-invasive positive pressure ventilation, making it an effective option for patients with obstructive sleep apnea or other conditions requiring respiratory support without intubation.
One of the major advantages of the AVEA ventilator is its optional internal compressor, which allows it to operate even without an external air source. This compressor provides up to two hours of battery autonomy, a significant advantage for patient transport, particularly for CT scans or other procedures where access to an external air supply may be limited. This feature ensures that the patient continues to receive high-quality respiratory support, regardless of the situation.
The AVEA ventilator is designed for optimal use in intensive care environments. It is equipped with a 12.1-inch color touchscreen, providing an intuitive user interface that facilitates the configuration and monitoring of ventilatory parameters. The interface allows quick access to real-time data, parameter settings, and alarm monitoring. The display shows ventilation trends and patient metrics, enabling clinicians to make informed decisions quickly.
The AVEA ventilator ensures precise management of tidal volumes, with a helium (heliox) gas delivery compensation system. Additionally, the monitoring of tracheal, esophageal, and transpulmonary pressures provides detailed tracking of the patient’s respiratory mechanics, ensuring optimal ventilatory management and enabling precise pulmonary dynamics monitoring.
The ventilator is also equipped with automated maneuvers, such as calculating low and high inflection points, which help guide ventilator weaning while optimizing treatment. These automated functions allow clinicians to focus on the patient while reducing human error and accelerating the weaning process.
Logistics
Remma and its partners provide you with serviced and configured equipment tailored to your needs. Receive your product at your facility with standard or express delivery, and an installation option, all through a single point of contact.
Warranty
Our 12/24-month warranty ensures the safety and reliability of your medical equipment throughout its lifespan.
Flexible Financing
Settle your medical equipment in up to 36 installments with our financing service or pay after delivery with Remma Facility.
