Integrated platform for advanced respiratory support
The HFX4 is a heated humidifier with integrated flow generator, designed to provide heated and humidified medical gas mixtures (air and oxygen), with electronic flow, FiO₂ and temperature control in a single device. Adjustable flow from 1 to 70 L/min, without the need for external compressed air sources.
Integrated flow generator
Adjustable range from 2 to 80 L/min, dispensing with external sources of compressed air.
FiO₂ electronic control
adjustment and continuous monitoring of the oxygen concentration in the gas mixture.
7" Touchscreen Display
Wide field of view with structured navigation and direct access to operational parameters.
Integrated SpO₂ module
Real-time monitoring of the patient's oxygen saturation (optional depending on configuration).
Dynamic thermal control
Servo-controlled system for continuous monitoring of gas temperature and humidity.
Complete alarm system
Sound and visual alarms for operating parameters and safety conditions.
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Integrated technology
Microprocessed architecture that integrates flow generation, electronic FiO₂ control, and servo-controlled active humidification on a single platform, with continuous monitoring of respiratory parameters.
Flow control
Own flow generation with electronic flow control and WIO₂. Without dependence on external compressed air.
Servo-controlled Active Humidification
Active humidification system with servo-controlled temperature and humidity control of the air-O₂ mixture, providing automatic compensation according to flow variations.
Unified Monitoring
7” touch display with clear reading of respiratory parameters and optional plug-in SpO₂ module integrated into the system.
The HFX4 integrates internal turbine for flow generation, electronic FiO₂ control and servo-controlled active humidification in a single microprocessed architecture, bringing together in a single platform the stable management of the gas mixture, the continuous monitoring of respiratory parameters on a 7” touch display and the possibility of expansion with a plug-in SpO₂ module, simplifying operation and concentrating essential resources for high flow therapy in a cohesive system.
