• Provide comprehensive pulmonary function parameter monitoring.
• Suitable for different types of patients such as adults, children and newborns.
• According to the patient's PBW (Predicted Body Weight) Calculate breathing parameters and alarm settings for doctors' convenience.
• Complete breathing mode to meet clinical needs.
• Multiple advanced breathing modes are available: Douphasic, APRV,
• It has auxiliary functions of inspiratory maintenance, respiratory maintenance, atomization, intelligent sputum suction, etc.
• Quality Certification:
• Instrument classification: Class III.
• Applications: ICU Room, Respiratory department and more.
• 12,1” TFT LCD color screen with touch screen.
• Ventilation Mode: VCV, PCV, SIMV-VC, SIMV-PC, CPAP+PSV, backup.
• P-T,F-T,V-T, -time, Pulse rate- time.
• Optional Mode: VS, NIV, PRVC, Duophasic/APRV.
• Respiratory loops: P-V, F-V.
• Tidal Volume: 50 - 2500 ml.
• Trend: "72 hours trend *Waveform freeze with reference line".
• Pneumatically driven and electronically controlled ICU ventilator.
• Knob and Hard key input Easy to position ergonomic trolley with two brakes.
• Easily removable and sterilisable exhalation valve & flow sensor module.

Good integration:

• Built-in active expiratory PEEP valve.
• Built-in O2 & Air mixture device.
• Built-in synchronized nebulizer.
• Built-in battery (≥ 2hours).
• Optional etCO2 monitoring module.
• Lung mechanics parameters and loops.
• Inspiratory hold with static compliance measurement.
• Expiratory hold with PEEPi measurement.
• Manual inspiration.
• 100% O2 suction.

Keyboard lock: Prevent accidental touching leads to parameter changes and endanger patient safety, use this key to lock operation interface.

Active Exhalation Valve: Achieve breathing during both inspiratory and expiratory. Actively controls the target pressure, prevent airway pressure high and promotes patient ventilator synchrony.

Optional Features: EtCO2, FiCO2 can be accurately measured. The performance of the partial CO2 rebreathing technique can be improved by means of arterial blood gas sampling and an algorithm that takes in account the effects of non-equilibration of Pet CO2 during rebreathing.