Leoni Plus HFO Ventilator
Features
- Suitable for long-term ventilation of premature babies and infants, neonates and paediatric patients weighing up to 30 Kg
- Ventilation modes include nCPAP, IPPV/IMV, S-IPPV, SIMV and PSV for premature babies and infants
- Assisted ventilation modes like “volume-controlled tidal volume guarantee” available
- It works by setting a fixed Tidal Volume (VT) that the ventilator will deliver at set intervals of time or when the patient initiates a breath with 10 sensitivity levels
- Patient proximate leakage is managed with a compensated flow or a volume trigger and is calibrated within seconds of ventilation interruption
- Graphic display, graphic trend and log data of spontaneous breaths displayed simultaneously
- A 12” colour display and a detachable touchscreen control unit for displaying crucial parameters, graphs, loops etc.
- It consists of an oxygen/ compressed air mixer with an integrated oxygen monitor
- Integrated rechargeable battery
- Upgradeable to double-membrane extremely powerful, High frequency Oscillatory Ventilation, with time-controlled boosting of average pressure and adjustable I/E ratio
In stock
SKU
SBBPL01425
Price:
0.00
(Inclusive of Taxable Goods)
Leoni Plus HFO Ventilator is available to buy in increments of 1
Contact us for sales assistance from our Biomedical Engineer.
The Leoni Plus HFO Ventilator is an innovative medical device designed to provide high-frequency oscillatory ventilation to critically ill patients. With its advanced technology and precise control, the ventilator delivers small tidal volumes at high frequencies, promoting better gas exchange and lung protection. The user-friendly interface and comprehensive monitoring system allow healthcare professionals to easily adjust ventilation parameters and closely monitor patient status. The Leoni Plus HFO Ventilator is suitable for neonatal and pediatric patients, offering a safe and effective solution for respiratory support in intensive care settings. Its reliability and performance contribute to improved patient outcomes and enhanced respiratory care.
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