Drager Oxylog 1000
The Drager Oxylog 1000 is a robust and reliable portable mechanical ventilator designed for emergency, transport, and critical care settings. Engineered to deliver precise respiratory support in a compact and durable form, it ensures that patients receive consistent ventilation in pre-hospital environments, intensive care units, and during intra- or inter-hospital transport.
This ventilator provides controlled, pressure-limited, and volume-targeted ventilation modes to accommodate a wide range of patient needs—from neonates to adults. Its intuitive interface and clear display allow healthcare professionals to adjust ventilation parameters quickly and accurately, ensuring patient safety during high-pressure situations.
The Oxylog 1000 is lightweight, rugged, and battery-operated, making it ideal for emergency response teams, ambulance services, and mobile intensive care units. Designed with reliability and ease-of-use in mind, it offers a comprehensive solution for ventilation support wherever it is needed, combining safety, efficiency, and portability in one dependable device.
Key Features
Portable Mechanical Ventilator – Lightweight and compact design for emergency and transport use.
Multiple Ventilation Modes – Supports controlled, pressure-limited, and volume-targeted ventilation.
Wide Patient Range – Suitable for neonates, pediatrics, and adult patients.
Battery-Operated – Built-in rechargeable battery for uninterrupted operation during transport.
Intuitive User Interface – Easy-to-read display with simple controls for quick parameter adjustments.
Rugged and Durable – Designed to withstand harsh environments and mobile care settings.
Integrated Safety Features – Includes alarms, pressure monitoring, and fail-safe mechanisms.
Flexible Oxygen Supply – Compatible with various oxygen sources and supply methods.
Lightweight Construction – Facilitates portability for ambulance, helicopter, or field use.
Reliable Performance – Proven ventilator system trusted in emergency, pre-hospital, and critical care settings.
Key Benefits – Drager Oxylog 1000
Reliable Emergency Ventilation – Ensures consistent respiratory support in pre-hospital, transport, and critical care settings.
Supports All Patient Types – Suitable for neonates, pediatric, and adult patients, providing flexibility in diverse clinical scenarios.
Portable and Lightweight – Easy to carry and deploy in ambulances, helicopters, and field operations.
Battery-Powered Operation – Continuous ventilation even during power interruptions or remote transport.
Easy to Use – Intuitive interface and clear display allow rapid adjustments by medical staff under pressure.
Enhanced Patient Safety – Integrated alarms and pressure monitoring minimize risks during ventilation.
Durable and Rugged – Built to withstand challenging environments and frequent transport.
Flexible Oxygen Delivery – Compatible with multiple oxygen sources and supply configurations.
Time-Efficient Setup – Quick assembly and parameter adjustment reduce preparation time in emergencies.
Trusted Clinical Performance – Proven ventilator technology widely used in hospitals, ambulances, and field care.
Technical Specifications
Device Type: Portable mechanical ventilator
Ventilation Modes: Controlled ventilation, pressure-limited ventilation, volume-targeted ventilation
Patient Types: Neonates, pediatric, and adult patients
Tidal Volume Range: 20–1500 mL (adjustable depending on patient size)
Respiratory Rate Range: 5–60 breaths per minute
Inspiratory: Expiratory Ratio (I:E): 1:1 to 1:4 (adjustable)
Peak Inspiratory Pressure: 5–60 cmH₂O
PEEP (Positive End-Expiratory Pressure): 0–20 cmH₂O
FiO₂ Range: 21%–100%
Alarms: Pressure, volume, apnea, battery status, and system fault alarms
Display: Clear, easy-to-read digital interface showing ventilation parameters
Power Supply: AC 100–240 V, 50/60 Hz; rechargeable battery operation for transport
Battery Life: Up to 2–3 hours depending on usage and settings
Dimensions: Approx. 340 × 300 × 210 mm
Weight: Approx. 9.5 kg (including battery)
Oxygen Supply: Compatible with various oxygen sources (cylinder or centralized supply)
Environmental Conditions: Operational temperature 10–40°C; storage −20–60°C
Compliance: CE marked, ISO 13485 certified medical device
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