Dragonfly- High Frequency Oscillatory Ventilator
The Dragonfly by Shreeyash Electromedical is a highly advanced servo oscillator designed for High Frequency Oscillatory Ventilation (HFOV), offering precise control over both inspiratory and expiratory phases.
It features a servo-controlled system to maintain stable Mean Airway Pressure (MAP) and provides real-time digital monitoring of key ventilation parameters through a 15-inch touchscreen interface.
Its unique Gas Transport Coefficient (DCO₂) enables non-invasive monitoring of alveolar ventilation, reducing the need for frequent invasive tests, making it a state-of-the-art solution for critical respiratory care.
Overview
Features
The Dragonfly is a revolutionary servo oscillator developed by Shreeyash Electromedical for use in High Frequency Oscillatory Ventilation (HFOV). Its design is centered around enhancing respiratory care by offering unmatched precision in controlling both the inspiratory and expiratory phases of the ventilation cycle. The device integrates advanced servo-controlled mechanisms to ensure stable and efficient airway management, making it a highly reliable solution for patients requiring ventilatory support.
The Standard features includes:
- Active Inspiratory and Expiratory phases
- Customizable Inspiration Time adjustable to 33% or 50% (1:1 ratio)
- Servo-Controlled Bias Flow ensuring accurate maintenance of MAP
- Adjustable Mean Airway Pressure (MAP) ranging from 4 to 40 cm H₂O
- Amplitude adjustable from 0 to 100 via rotary knob
- Frequency adjustable from 5 to 15 Hz for different clinical needs
- Digital display of key parameters like Tidal Volume, DCO₂, FiO₂
- 15-inch Touchscreen interface with real-time graphs and alarms
- Graph provided for Pressure vs Time for easy monitoring
- Differential Pressure (Delta P) indicator for accurate pressure monitoring
- Inbuilt Air and Oxygen Blender for customized gas delivery
- Special Help Key offering disease-specific oscillatory settings
- Freeze Pressure Waveform feature for closer waveform inspection
- Mounted on castor wheels for easy mobility in clinical settings
- Standard Tube Holding Arm for secure and flexible positioning
- Gas Transport Coefficient (DCO₂) for non-invasive monitoring of alveolar ventilation
