Overview
The Reanimator F 120 and F 120 mobile are ventilation systems designed for neonatal use, offering both stationary and mobile applications. They are characterized by flexibility, reliability, and the ability to perform IMV, CPAP, and manual ventilation. The systems ensure optimal conditioning of inspired air and provide safe monitoring.

Forms of Ventilation
The respirator operates on a constant-flow principle, controlled by volume over time and limited by pressure. It supports IMV and CPAP ventilation modes. In IMV mode, independent setting of inspiration and expiration times allows spontaneous breathing at a selected PEEP level. CPAP mode facilitates lung replenishment through spontaneous breathing with continuous positive airway pressure. Manual ventilation is also possible, expanding treatment options.

Safety Features
The F 120 ensures high safety levels with visible monitoring of breathing frequency and a fail-safe alarm system for disconnection, stenosis, or power failure. An O2 Monitor with variable alarm limits oversees the oxygen concentration supplied to newborns.

Design and Functionality
Developed by F. Stephan GmbH, the F 120 is intended for initial care and short-term ventilation of premature and newborn infants. It is available with a built-in gas blender or dual flowmeter. The F 120 mobile version is designed for vehicle installation and emergency use.

Conditioning of Inspired Air
The F 120 features an effective system for heating and humidifying inspired air, preventing airway drying and condensate generation. This enhances patient comfort and reduces the need for frequent tube changes. Stationary versions include a suction/extraction unit and optional battery and 12-V power connection.

F 120 Mobile
The mobile version is equipped with fixtures for quick anchorage and an internal compressor for compressed air supply. It can connect to 12-volt onboard power supplies and has an internal battery for approximately 80 minutes of operation post-power failure, making it ideal for emergencies and transport outside clinical settings.