Includes:

- Dräger Savina 300 Ventilator with low working 768 Hours YOM: 2020 

The Dräger Savina® 300 Ventilator (Year of Manufacture: 2020) is a premium intensive care ventilator designed to deliver reliable, high-performance respiratory support for adult and pediatric patients in critical care environments. Manufactured by Dräger, a global leader in ventilation and critical care technology, the Savina® 300 combines advanced ventilation modes, intuitive touchscreen operation, and turbine-driven independence for exceptional patient care and clinical efficiency.

With only 768 operating hours, this ventilator represents an excellent opportunity to acquire a low-hour, hospital-grade critical care ventilator with proven Dräger reliability and advanced respiratory support capabilities.

Key Features – Dräger Savina® 300 Ventilator

• Low Working Hours – Only 768 Hours
• Exceptionally low usage, offering outstanding value and extended service life potential.
• Advanced Invasive & Non-Invasive Ventilation (NIV)
• Supports a comprehensive range of ventilation therapies for critically ill patients.
• High-Performance Turbine Technology
• Provides independent ventilation without requiring a central compressed air supply.
• Large Touchscreen User Interface
• Intuitive operation with clear visualization of ventilation parameters, waveforms, and trends.
• Comprehensive Ventilation Modes
• Designed to support diverse respiratory care requirements in ICU and acute care settings.
• Integrated Monitoring & Smart Alarms
• Advanced monitoring tools enhance patient safety and clinical decision-making.
• Trusted Dräger Engineering
• Renowned reliability for continuous operation in demanding healthcare environments.

Technical Specifications

• Manufacturer: Dräger
• Model: Savina® 300
• Year of Manufacture: 2020
• Working Hours: 768 Hours
• Device Type: Intensive Care Ventilator
• Ventilation Type: Invasive & Non-Invasive Ventilation (NIV)
• Patient Category: Adult & Pediatric
• Technology: Turbine-driven ventilation platform
• Display: High-resolution touchscreen interface

Key Benefits

• Excellent Condition with Low Hours
• Only 768 operational hours, significantly lower than typical ICU ventilators.
• Advanced Respiratory Care
• Supports complex ventilation requirements across critical care environments.
• Enhanced Patient Safety
• Intelligent monitoring and alarm management improve clinical confidence.
• Efficient ICU Workflow
• User-friendly interface streamlines operation and staff productivity.

Applications

• Intensive Care Units (ICU)
• High Dependency Units (HDU)
• Emergency Departments
• Respiratory Care Units
• Post-Operative Recovery
• Critical Care Transport Support

Why Choose the Dräger Savina® 300 Ventilator?

The Dräger Savina® 300 Ventilator (YOM: 2020) with only 768 working hours is a highly desirable critical care ventilation solution offering advanced respiratory support, exceptional reliability, and low operational usage. Ideal for hospitals, clinics, and healthcare providers seeking a modern ICU ventilator with proven Dräger performance.

The Dräger Savina 300 Ventilator, with only 768 hours of use and manufactured in 2020, is a reliable choice for intensive care units. Designed for versatility, it offers both invasive and non-invasive ventilation modes to support diverse patient needs. Its user-friendly interface allows healthcare professionals to easily adjust settings and monitor patient data. This unit provides essential ventilation performance with built-in safety features, ensuring optimal patient care. The Savina 300 is equipped with advanced software that supports both volume- and pressure-controlled ventilation, along with spontaneous breathing modes. Its integrated turbine enables quick response and reliable operation, minimizing downtime in critical situations. In a well-maintained condition, this ventilator offers the robust performance expected from Dräger products. It's suitable for a wide range of patients, from pediatrics to adults, making it a valuable addition to any medical facility. The compact design and mobility enhance its utility, allowing for easy transportation within hospital environments.