Color: | White And Grey | Mode: | S/T, CPAP, S, T, PC, VAT, HFNC |
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Screen Size: | 5.7 Inch Color Screen | Oxygen Concentration: | 21%~100%, (increment By 1%) |
Target Tidal Volume: | 20~2500mL | Backup BPM: | 1~60BPM |
Flow Of HFNC Mode: | 10~70L/min | Max Flow: | 300L/min |
Max Leak Compensation: | 120L/min | IPAP: | 4~40cm H2O |
EPAP: | 4~25cm H2O | CPAP: | 4~20cm H2O |
High Light: | 120L/Min Non Invasive Ventilator Machine,CE Non Invasive Ventilator Machine,120L/Min non invasive ventilation devices |
MICOMME HIGH PERFORMANCE HOSPITAL NON-INVASIVE VENTILATION with ST-30K
Description
Noninvasive ventilation supports the patient by delivering the right inspiratory and expiratory pressures or tidal volumes to support their individual ventilatory demand, enhancing alveolar minute ventilation and recruiting collapsed alveoli.
Non-invasive ventilation (NIV) is the delivery of oxygen (ventilation support) via a face mask and therefore eliminating the need of an endotracheal airway. NIV achieves comparative physiological benefits to conventional mechanical ventilation by reducing the work of breathing and improving gas exchange.
Application
Increased quality of life: NIV increases the quality of life for patients.
Better chance of survival: A meta-analysis suggested that NIV improved survival in acute care settings – and that it is more beneficial when applied earlier rather than as a rescue therapy.
Reduced risk of infection: The use of NIV instead of mechanical ventilation is associated with a lower risk of nosocomial infections. A study has shown significantly more infectious complications related to the presence of the endotracheal tube.
Advantage
Max flow:300L/min
Leakage compensation performance, the device offers 120 L/min maximum leakage compensation, it can also achieve a preset target pressure to form a pressure platform to complete accurate trigger and switch.
HFNC (High Flow) mode, 21~100% FiO2, 31~40℃, 10~70L/min air oxygen mixture of humidified gas.
6-level (100~600ms) pressure rise time, to meet the physiological needs of different flow rates at the beginning of inspiration.
Specifications
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