Dräger Fabius Tiro – Compact High-Performance Anesthesia Machine

The Dräger Fabius Tiro is a high-performance anesthesia machine purpose-built for environments where space is limited but safety is critical. Designed by Dräger Medical, this system integrates intelligent ventilation, modular construction, and streamlined usability in a small footprint—making it ideal for ORs with limited space, mobile units, military hospitals, and recovery bays.

It features a piston-driven ventilator capable of delivering accurate low-flow anesthesia, eliminating the need for drive gas. The Fabius Tiro supports multiple ventilation modes such as Volume Control and Pressure Control, ensuring safety across patient profiles including pediatrics and adults.

With dual vaporizer mounts, a wide monitor screen, and compatibility with the Dräger CLIC absorber system, the Fabius Tiro is designed to simplify anesthetic workflow while ensuring precise patient monitoring.

🔍 Key Features:

• ⚙️ Compact Design – Perfect for small ORs, ICUs, and mobile setups

• 💨 Piston-Based Ventilation – Precise tidal volumes without drive gas

• 🧪 Dual Vaporizer Capability – Accepts ISO-standard anesthetic vaporizers

• 📊 Full Monitoring Suite – Flow sensors, volume, pressure & alarm indicators

• 🛠️ Compatible with CLIC Absorber 800+ – Safe & quick CO₂ absorber replacement

• 🔁 Flexible Mounting Options – Can be fixed to walls, carts, or ceiling systems

• 🧍 Easy-to-Use Interface – Ergonomic controls with large display

🧬 Clinical Applications:

• Emergency and trauma rooms

• Minor surgery and day-care surgery

• Military and field hospitals

• ICU patient anesthesia

• Pediatric and adult use

🛠️ Included Components (Based on Configuration):

• Dräger Fabius Tiro main unit

• Integrated piston ventilator

• Dual vaporizer mount (vaporizer optional)

• Breathing circuit and gas flow meters

• Display monitor and alarm system

• Cart or wall-mount bracket

🩺 Compact but uncompromising—the Dräger Fabius Tiro brings full-scale anesthesia performance into any space-limited environment.