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• To meet the needs connected to a wide range of respiratory conditions a ventilator must offer outstanding clinical versatility and performance.
• But equally important, it must be designed around the patient’s life, activities and home environment.
• That’s why we’ve created Vivo 45 LS – a life support ventilator for adult and pediatric patients from 5 kg.
• The Vivo 45 LS is designed to maximize independence and mobility. That’s what we mean by “Designed For EveryDay Life”.
• Transport ventilators are portable ventilators specifically designed for emergency transport situation. • When a patient is in normal ventilator, and the patient suddenly need to shift, the situation will be more risk that patient with ventilator. During such time transport ventilator is more preferred. • These are normal mechanical compact ventilator device with large battery capacity and no air compressor, equipped with a trolley or bed or ceiling pendant mount. • Transport ventilators also known as automatic transport ventilators helps patient to breathe either through invasive or noninvasive method. • Smaller transport ventilators are used in ambulance, helicopters and fixed- wing aircrafts. • It has assist control mode, CPAP mode, SIMV mode and bi-level modes. • These models are easy to use, user friendly interface and controls , and automatic air delivery are more features.
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, VCV, VCV(A), VCV-MPV, VCV-SIMV, PCV-SIMV, PCV-MPV |
Patient Modes |
Adult, Paediatric |
Device Modes |
Home, Clinical |
Profiles |
3 settable profiles |
Inspiratory Pressure |
4 – 50 cmH2O |
PEEP |
2 cmH2O to 20 cmH2O |
Breath Rate/Back-up Rate |
Adults: 4 – 40 bpm, Paediatrics: 6 – 60 bpm |
Inspiratory Trigger |
1 – 9 |
Inspiratory Time |
0.3 – 5 s |
Backup Inspiratory Time |
0.3 – 5 s (PSV) |
Rise Time |
1 – 9 (PSV & PCV), 50 – 90%, Off (VCV) |
Inspiratory Trigger |
1 – 9 (PSV & PCV, VCV), Off (PCV, VCV) |
Expiratory Trigger |
1 – 9 (PSV, PCV-SIMV, VCV-SIMV) |
Minimum Inspiratory Time |
Off, 0.3 to 3 s |
Maximum Inspiratory Time |
0.3 to 5 s, Off |
Tidal/Target Volume |
Adults: 300 – 2000 ml, Paediatrics: 50 – 500 ml |
Auto-EPAP |
On/Off, Min/Max EPAP: 2 − 20 cmH2O, PS: 2 – 50 cmH2O −Max EPAP, EPAP Step: 0.5 − 2 cmH2O, Relax Time: 120 − 720 sec/Off, Min PS/Max PS: 2 – 50 cmH2O -Max EPAP, Pressure Limit: Max EPAP +2 cmH2O – 50 cmH2O |
Displayed data |
Ppeak, PEEP, Pmean, Leakage, MV, Vt, FiO2, % in TgV, Total Rate, Spont Rate, % spont, SpO2, Pulse, Rate, I:E, Inspiratory time, Rise time, EtCO2, PtcCO2, AHI |
Waveforms |
Pressure, flow, volume, EtCO2, Effort Belts |
Trends over 1, 6, 24, 48 h and 10 days on device screen |
Ppeak, PEEP, Total rate, Spont rate, Vt, Leakage, SpO2, EtCO2 |
POWER SUPPLIES |
|
Mains supply |
100 to 240 V AC |
External DC |
24 V |
Click-in battery |
6.5 hours |
Internal battery |
2.5 hours |
Alarms |
High Pressure, Low Pressure, High PEEP, Low PEEP, High Vt, Low Vt, High MV, Low MV, High Breath Rate, Low Breath Rate, Apnea, Disconnection, High FiO2, Low FiO2, High SpO2, Low SpO2, High CO2, Low CO2, High InspCO2, High Pulse Rate, Low Pulse Rate, Low Last Power Source, Obstruction, Rebreathing |
Dimensions |
216 x 159 x 152 mm |
Weight |
2.4 kg |
Noise level (at 10 cmH2O constant pressure) |
Less than 28 dB(A) |
Built-in connectivity |
Ethernet, USB |
Compatible Software |
PC Software and is prepared for *EveryWare Remote Monitoring |
Humidification |
Integrable water chamber |
Circuits |
Disposable leakage circuits with/without heated wires, disposable exhalation valve circuits, disposable MPV circuits |