VIVO 45 home ventilator

5555.00

Small and easy to use. The Vivo 45 adapts to a wide range of patients with specific clinical needs. With integrated polygraph monitoring: SpO2, FiO2, CO2 and respiratory effort bands. Very easy to learn and use.

MEDICAL PRESCRIPTION REQUIRED

More information

Ventilator with excellent performance and clinical versatility that makes it suitable for a wide range of respiratory conditions. Its size and ease of use maximise patient independence and mobility.

Integrated humidifier and heated circuit
Internal battery life of 2.5 hours and 6.5 hours with external battery
Real-time wireless remote monitoring capability.
Pressure modes with target volume algorithms and Auto-EPAP*.
Ventilation mode with PCV mouthpiece

Settings / Performance

Ventilation modes: PSV, PSV-AE, PSV(TgV), PSV(TgV)-AE, PCV, PCV-AE, PCV(TgV), PCV(TgV)-AE, PCV(A), PCV(A)-AE, PCV(A+TgV), PCV(A+TgV)-AE, CPAP, PCV-MPV
Patient modes: Adult, Paediatric
Device modes: Home, Clinic
Profiles: 3 configurable profiles
Inspiratory pressure: 4 – 40 cmH2O
PEEP: 2 – 20 cmH2O
Respiratory rate / Reserve rate: Adult: 4 – 40 bpm, Paediatric: 6 – 60 bpm
Inspiratory time: 0.3 – 5 s
Inspiratory support time: 0.3 – 5 s (PSV)
Rise time: 1 – 9 (PSV, PCV)
Inspiratory trigger: 1 – 9 (PSV, PCV), off (PCV)
Expiratory trigger: 1 – 9 (PSV)
Minimum inspiratory time: off, 0.3 – 3 s
Peak inspiratory time: off, 0.3 – 5 s
Target volume: Adults: 300 – 2000 ml, Paediatrics: 100 – 500 ml
Auto-EPAP: On / Off, Min / Max EPAP: 2-20 cmH2O, PS: 2-40 cmH2O -Max EPAP, EPAP Pitch: 0.5-2 cmH2O, Relaxation time: 120-720 sec / Off, Min PS / Max PS: 2-40 cmH2O,
-Max EPAP, Pressure limit: Max EPAP +2 cmH2O-40 cmH2O

Monitoring
Data displayed: Peak, PEEP, Mean P, Leak, MV, Vt, FiO2, % in TgV, Total frequency, Spontaneous frequency, Spontaneous %, SpO2, Pulse, Frequency, I:E, Inspiratory time, Rise time, EtCO2, PtcCO2, AHI
Waveforms: pressure, flow, volume, EtCO2, deformation bands
Trends over 1, 6, 24 and 48 hours on the device screen: Peak, PEEP, total rate, spontaneous rate, Vt, leak, SpO2, EtCO2