Ventilator EVITA V800

The Dräger Evita® V800 represents a revolutionary advancement in the field of medical ventilation, seamlessly blending cutting-edge performance with an elegant and functional design. Engineered to provide highly efficient ventilation, this device accompanies healthcare professionals from the initiation of lung-protective ventilation to integrated patient-centered resuscitation.

At the core of the Dräger Evita® V800 is an exceptional user interface featuring a state-of-the-art touchscreen. This interface ensures intuitive use, even in the most critical situations. Setting menus and clinical data are quickly accessible, ensuring rapid and secure operation. All information, including patient data, alarms, and trends, is comprehensively recorded, facilitating subsequent analysis. Exporting this data is easily done through a USB interface, allowing seamless integration into existing systems.

Flexibility is central to the design of the Dräger Evita® V800, reflected in its ability to facilitate early patient mobilization and transport. Hardware options such as the GS500 gas supply unit, PS500 power supply unit, bed fixation, and transport trolley enable immediate, situation-specific patient care.

The device offers high-flow oxygen therapy protection, with extended compatibility for high-flow nasal oxygen therapy (HFNO) nasal cannulas up to 80 l/min. Smooth transition between oxygen therapy, non-invasive ventilation (NIV), and invasive ventilation is possible, providing an integrated approach to patient management.

Lung-protective ventilation is a focal point of the Dräger Evita® V800, featuring comprehensive treatment tools to promote this strategy. Ventilation modes tailored for adults, children, and newborns, in invasive, non-invasive, and High-Flow Nasal modes, allow for optimal customization. Advanced lung monitoring, visualization of regional ventilation distribution with PulmoVista® 500, recruitment tools, and emphasis on end-expiratory lung volume with PC-APRV ensure precise and personalized care.

Weaning efficiency is simplified with features such as automated weaning with SmartCare®/AI, increased variability in spontaneous breathing, and facilitated spontaneous breathing through the concept of "liberated spontaneous ventilation." Automatic tube compensation (ATC®) adapts to artificial airway resistance, contributing to a rapid and efficient weaning process.

In a context where the interoperability of medical devices is essential, the Dräger Evita® V800 positions itself as a connected device, contributing to the future of acute care. Interoperability is made possible by the standardized SDC network protocol, offering dynamic and secure connectivity. Open and scalable connectivity allows standardized and secure communication between medical devices, facilitating alarm distribution and centralized ventilation parameter control.

In terms of cybersecurity, the Dräger Evita® V800 implements rigorous measures based on best practices recommended by NIST. Identification, protection, detection, response, and restoration are the pillars of these measures, aiming to ensure the security of data and operations.

The comprehensive services associated with the Dräger Evita® V800 go beyond simply providing the device. Product maintenance, professional services, product and service training, multi-brand service, and digital services such as support tickets, software distribution, and certificate management ensure an optimal user experience and continuous, secure device use.

The Dräger Evita® V800 redefines the standards of medical ventilation by offering advanced performance, ease of use, flexibility tailored to diverse medical situations, and integrated connectivity for comprehensive patient care. This device embodies the future of acute care, contributing to the continuous improvement of medical practices and better patient management.

• Patient Type / Adult, Pediatric, and Neonatal Patients
• Power Consumption

At 100 V: 3.0 A

• Max. Current Draw

Approximately 6 to 17 A quasi-RMS

• Power Consumption

During ventilation, without battery load

Approximately 100 W ventilation unit with the screen

Approximately 180 W with GS500

• Gas Supply

Operating Air Pressure 2.7 to 6.0 bar

• Battery Data
• Internal Ventilation Unit Battery (without PS500): Sealed NiMH Battery
• Battery Life

With GS500, 15 minutes

• Batteries in the Power Supply Unit: VRLA Batteries
• Battery Life

With GS500, 120 minutes PS500

Caution: For more information, please refer to the PDF file.