Bipap VIVO 3

4785.00

Vivo 3 is designed to provide invasive or non-invasive ventilation to patients weighing more than 10kg who require long-term mechanical ventilation or support for respiratory failure or respiratory insufficiency, with or without obstructive sleep apnoea.
Vivo 3 is indicated for spontaneously breathing patients.

MEDICAL PRESCRIPTION REQUIRED

More information

Vivo 3 is a new generation two-stage ventilator designed for personalised care and support, both invasive and non-invasive, for independent patients with chronic respiratory failure. Its intuitive interface makes it easy to use. A comprehensive set of modes and advanced monitoring capabilities allow for great flexibility, making the ventilator the perfect choice for a wide variety of patients.

COMPACT
– One platform, three models
– Lightweight and compact
– Integrated humidifier with circuit
– Internal 4-hour battery

ADAPTABLE
– Wide range of modes
– Adults and children (>10kg)
– Intuitive interface
– Advanced therapeutic data
– Suitable for hospital and home use

CONNECTED
– Ready for healthcare solutions with Breas remote monitoring:
– High-resolution, breath-by-breath, on-demand data.
– Seamless communication between the care team
– Personalised alerts based on patient needs
– Breas PC software:
– Summarised and detailed data
– Real-time visualisation

Settings / performance
Ventilation modes: PSV, PCV, CPAP, S, S/T, T, TgV
Device modes: home, clinical
Inspiratory pressure: 4-40 cm H2O
EPAP: 2-20 cm H2O
Continuous positive airway pressure (CPAP): 4-20 cm H2O
Respiratory rate: 0-40 bpm
Inspiratory time: 0.3-3 s
Ascent time: 1-9
Inspiratory trigger: 1-9
Expiratory trigger: 1-9
Minimum inspiratory time: Off, 0.3-3 s
Maximum inspiratory time: Off, 0.3-3 s
Target volume: 100-1500 ml
Ramp increase: Off, 10-60 min.
Descending ramp: Off, 10-60 min.
Ramp pressure: 2-20 cm H2O
Humidifier: Off, level 1-5
Heating: Off, level 1-5

Monitoring: Ppeak, EPAP, Leak, MVe, Vte, % in TgV, Total rate, I:E, Spontaneous rate, % spontaneous, Inspiratory time, Rise time, SpO2