Includes:

- Dräger Evita Infinity V500 Ventilator YOM: 2012 

The Dräger Evita® Infinity® V500 Ventilator is a premium intensive care ventilator engineered to provide advanced respiratory support for adult, pediatric, and neonatal patients in demanding critical care environments. Manufactured by Dräger, a global leader in ventilation and critical care technology, the Evita® Infinity® V500 combines high-performance ventilation modes, intelligent monitoring, and seamless Infinity® network integration for superior patient care and workflow efficiency.

Designed for modern ICUs and hospital environments, the Dräger Evita Infinity V500 delivers precise ventilation therapy, advanced lung protection strategies, and intuitive operation to support clinicians in complex respiratory care situations.

Key Features – Dräger Evita® Infinity® V500

• Advanced ICU Ventilation Technology
• Provides precise invasive and non-invasive ventilation for a wide range of patient conditions.
• Comprehensive Ventilation Modes
• Supports advanced ventilation therapies including pressure-controlled, volume-controlled, spontaneous breathing, and NIV modes.
• Infinity® Monitoring Integration
• Seamlessly integrates with Dräger Infinity® patient monitoring and hospital network systems.
• High-Resolution Touchscreen Display
• Large color touchscreen provides clear visualization of ventilation parameters, waveforms, and trends.
• Advanced Lung Protection Features
• Intelligent ventilation tools help optimize respiratory therapy and patient safety.
• Turbine-Driven Ventilation System
• Ensures reliable ventilation performance even during transport or in environments without central gas supply.

Technical Specifications – Dräger Evita® Infinity® V500

• Device Type: Intensive care ventilator
• Applications: ICU, critical care, emergency respiratory support
• Ventilation Modes: Invasive and non-invasive ventilation (NIV)
• Patient Types: Adult, pediatric, neonatal
• Display: High-resolution touchscreen interface
• Technology: Turbine-driven ventilation platform
• Connectivity: Dräger Infinity® network integration

Key Benefits

• Advanced Respiratory Support
• Delivers highly accurate ventilation therapy for critically ill patients.
• Enhanced Patient Safety
• Intelligent monitoring and alarm systems support safe ventilation management.
• Optimized ICU Workflow
• User-friendly interface and network integration improve clinical efficiency.
• Reliable Critical Care Performance
• Designed for continuous operation in intensive care environments.

Applications

• Intensive Care Units (ICU)
• Emergency & Critical Care
• Respiratory Therapy Departments
• Hospital Ventilation Support
• Neonatal & Pediatric Care

Why Choose the Dräger Evita® Infinity® V500 Ventilator?

The Dräger Evita® Infinity® V500 Ventilator is a trusted critical care ventilation solution offering advanced respiratory technology, intelligent monitoring, and dependable clinical performance. It is the ideal choice for healthcare providers seeking premium ICU ventilation equipment for modern hospital environments.

The Dräger Evita Infinity V500 is a high-performance ICU ventilator designed for critical care settings. Manufactured by Dräger and released in 2012, this used model is engineered to deliver effective respiratory support with advanced ventilation modes suitable for various patient needs. Known for its reliability and efficiency, the Evita Infinity V500 provides precise ventilation adjustments with easy-to-use controls, ensuring optimal care for both adult and pediatric patients. This ventilator features innovative technology that includes comprehensive monitoring capabilities and adaptable solutions to meet dynamic clinical demands. Its ergonomic design supports intuitive operation and quick access to essential functions, making it a valuable asset in any high-demand medical environment. Overall, the Dräger Evita Infinity V500 ventilator is a trusted choice for healthcare professionals seeking quality and performance in a used ICU ventilator. Its robust construction and advanced features make it well-suited for enhancing patient outcomes and supporting critical care interventions.