+91 9115 300 300-
business@hitwinhealthcare.com
+91 9115 300 300 business@hitwinhealthcare.com
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? The Vivo 55 is designed to meet the needs both of medical staff and a wide range of patients. It combines comfortable and controllable ventilation with excellent monitoring capabilities to potentially reduce readmissions to acute care facilities. ? The Vivo 55 is an advanced homecare ventilator designed to deliver secure and comfortable treatment to patients from 10 kg. ? The Vivo 55 can be used for a wide variety of patients, both life-support and non life-support, thanks to a comprehensive set of modes, circuits and accessories. ? The extensive monitoring capabilities help obtain a better insight into the quality of ventilation. ? The Vivo 55 is an excellent choice for mechanical ventilation at home, in the hospital and in long-term care facilities. ? The Vivo 55 is prepared for connection to Breas cloud solutions.
? 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.
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Ventilation Modes |
PSV, PSV(TgV), PCV SIMV, PCV, PCV(TgV), VCV SIMV, PCV(A), PCV(A+TgV), CPAP, VCV, VCV(A), VCV MPV, PCV MPV |
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Device Modes |
Home, Clinical |
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Inspiratory Pressure |
4 to 50 cmH2O |
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PEEP |
O , 2 cmH2O to 30 cmH2O |
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Breath Rate (PCV, VCV, MPV, SIMV) |
4 – 40 bpm, 0 – 40 bpm in MPV mode |
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Inspiratory Time |
0.3 – 5 s |
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Backup Inspiratory Time |
0.3 to 5 s (PSV) |
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Rise Time |
1 to 9 (PSV & PCV) 50 – 90 %, O (VCV) |
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Inspiratory Trigger |
1 to 9 (PSV, PCV & VCV), O (PCV & VCV) |
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Expiratory Trigger |
1 to 9 (PSV) |
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Minimum Inspiratory Time |
O , 0.3 to 3 s |
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Maximum Inspiratory Time |
0.3 to 3 s, O |
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Target Volume |
100 – 2500 ml |
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Tidal Volume |
100 – 2500 ml |
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Flow Pattern |
Square, decelerating |
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Sigh Function |
On/O , rate (every 50-100-150-200-250 breaths), sigh% (125, 150, 175, 200%) |
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MONITORING |
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Displayed data |
Ppeak, PEEP, Pmean, Leakage, MVe/MVi, Vte/Vti , FiO2, % in TgV, Total Rate, Spont Rate, % Spont , SpO2, Pulse Rate, EtCO2, InspCO2, I:E, InspTime, Rise Time |
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Waveforms |
Pressure, Flow, Volume |
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Trends over 1, 6, 24 and 48h |
Ppeak, PEEP, Total rate, Spont rate, Vt, Leakage, SpO2, EtCO2 |
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Mains supply |
100 to 240 V AC |
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External DC |
24 V DC |
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Click-on battery |
8 hours |
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Internal battery |
4 hours |
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Alarms |
High Pressure, Low Pressure, High PEEP, Low PEEP, High Vte/Vti , Low Vte/Vti , High MVe/ MVi, Low MVe/MVi, High Breath Rate, Low Breath Rate, Apnea, Disconnection, Rebreath- ing, High FiO2, Low FiO2, High SpO2, Low SpO2, High EtCO2, Low EtCO2, High InspCO2, High Pulse Rate, Low Pulse Rate, Low Last Power Source. |
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W x H xD |
343 × 125 × 264 mm (343 × 125 × 285 mm with click-on battery) |
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Weight |
5.4 kg |
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Noise level (at 10 cmH2O constant pressure) |
Less than 30 dB(A) |
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