Technology Guides Greatness
To cope with present and potential clinical challenges, V5 is equipped with a turbine-driven system. Advanced ventilation modes and comprehensively monitored parameters allow medical providers to step closer to the complete clinical picture of patients. A 15.6-inch TFT touchscreen with an intuitive UI system facilitates a smooth workflow: V5, a solution for modern respiratory support.
Rather than connecting an air compressor or a central air supply system, the ventilator with a turbine unleashes its mobility and flexibility. Upgraded control algorithms of the turbine ensure strong power.
With 18 ventilation modes available, V5 provides full patient support throughout their treatment journey, from admission to discharge. Our ventilators can assist patients in various stages, from intubation to weaning,invasive to non-invasive ventilation, and even during high-flow oxygen therapy. Our V5 ventilator will meet allyour needs without switching between different devices during recovery.
Brand new iV-Cycle technology gives V5 the ability to sense a patient's demand for both of inspiration and expiration intelligently and improves human-machine synchronization.
SBT, P0.1, NIF, RSBI To prevent reintubation by referring highly accurate weaning index.
The Stress Index, the C20/C Index, the Transpulmonary Pressure, the PV tool, and Lung Recruitment tool (SI) To reduce ventilation associated lung injuries(VALI) and length of stay.
Calculating a patient‘s energy expenditure guides rational nutritional support and prevents under- or over-nutrition.
Measuring alveolar dead space, alveolar tidal volume, oxygenation index and helping medical providers to assess patient ventilation, respiration, and oxygenation.
Collecting data from high-flow oxygen therapy patients for accurately assessing the prognosis status of ARDS.When there is no arterial blood gas analysis, the oxygenation index will assist in the prediction and prognosis judgment of respiratory diseases.
Ventilators connect with syringe pumps, monitors, and intensive care information systems, forming a critical care solution. Such a network will energize hospital clinical service, research, and management and bring hospitals to a new level.
