FALCO 202 EVO Pulmonary Ventilator: A Comprehensive Solution for Respiratory Ventilation
The Siare FALCO 202 EVO is a pulmonary ventilator designed to meet the demands of hospital environments and transport situations. With its integrated turbine and flow management system, it provides effective ventilation without requiring external compressed air. This device is suitable for intensive care, emergency services, pneumology, and intra- and extra-hospital transport.
Featuring a 10.4-inch color touchscreen, it offers intuitive navigation and precise reading of ventilation parameters. Its simplified user interface allows for real-time adjustment of settings, providing practitioners with optimal control over patient care.
The FALCO 202 EVO offers an extensive range of ventilation modes, including invasive and non-invasive ventilation. It can be used with oronasal masks or tracheostomy cannulas, adapting to the specific needs of patients. It also supports a wide range of tidal volumes, making it suitable for the most fragile patients.
Its leak compensation system in non-invasive ventilation maintains optimal efficiency even with leaks up to 60 L/min. It also incorporates an adjustable gas mixer between 21% and 100% FiO₂, ensuring precise adaptation of oxygen therapy according to the patient's needs.
One of the main advantages of the FALCO 202 EVO is its energy autonomy. With a long-lasting battery and the option to add an additional battery pack providing up to 6 hours of autonomy, it is a reliable solution for transport and care outside fixed medical infrastructures. Its compact design and trolley version facilitate mobility, while accessories such as the quick-connect wall plate ensure secure and flexible installation in hospital settings.
The FALCO 202 EVO is compatible with various essential respiratory care accessories, including silicone or PVC patient circuits suitable for adults and newborns, as well as paramagnetic and sterilizable flow sensors for safe and durable use. It offers an optional CO₂ monitoring module (sidestream or mainstream), allowing for the monitoring of the patient's gas exchange.
Designed to minimize maintenance costs, this ventilator is built with reusable and durable components, offering great longevity and reduced consumable usage. It thus provides an optimal solution for healthcare facilities seeking a high-performance, user-friendly device for respiratory ventilation.
