From ICU ventilator
to Respiratory critical care station

When there is a lot of data, the best solution is smart visualization. Realizing this, we have implemented animated Lung Monitor Widget improving user perception of ongoing ventilation status. One glance at the monitor is enough to assess the data in dynamics.

• Lung compliance indication.
• Inspiratory resistance indication.
• Spontaneous effort visualization.
• Oxygen saturation level indication.
• Pulse rate and breath rate animated.

Weaning a patient from ventilation is no less challenging than providing proper and safe respiratory support itself. On the way to successful extubation, physicians need to consider many factors and parameters to take the decision. Now it becomes easier with smart spontaneous breathing trial widget with automated spontaneous breathing trial process.

• Manual and automatic trial application.
• Widget for comprehensive monitoring of the trial progress.
• Patient respiratory status and gas exchange monitoring.
• Automatic weaning during intelligent ventilation modes.

All modes, including intelligent ones, are already included in the UVENT-S basic configuration. To meet demand of any clinical case it already contains: Mandatory, Interactive, Spontaneous, Intelligent and Special modes.

No need to purchase additional soft or change models to achieve better clinical outcomes.

To meet new challenges for healthcare ventilators should become multifunctional respiratory stations and have possibility to integrate with other medical equipment right at the point of care.

Find out how UVENT-S is transforming into powerful respiratory station, opening up new diagnostic and monitoring capabilities.

Some features may be not available in your country.

Critical care medicine specialists may require years of experience to be competent in handling emergencies. But if we were patients, would we want a physician’s first ever procedure to be on us?
So that is where UVENT Training Simulator comes into play.

• Interactive patient model;
• Compliance and resistance customization;
• Setting up of breathing efforts intensity;
• Leading better synchronization;
• UVENT^™ identical graphical user interface.
• SpO₂, CO₂ and breathing mechanics displaying.
• Blood gases feedback simulation