Drager Fabius MRI

The Dräger Fabius MRI is an advanced anesthesia machine
specifically designed to meet the demanding requirements of
magnetic resonance imaging (MRI) environments.
Featuring a robust design and cutting-edge technology,
the Fabius MRI provides precise, safe, and reliable anesthesia delivery,
making it an essential tool for surgeries and procedures performed within
MRI suites.

Key Features:
MRI-Compatible Design: The Dräger Fabius MRI is built with non-ferrous
materials to ensure complete compatibility with MRI environments,
ensuring safety and functionality while maintaining the integrity of
the imaging process.
Comprehensive Ventilation Modes: Offers a full range of ventilation modes,
including volume-controlled, pressure-controlled,
and spontaneous modes, allowing for adaptable and
precise anesthesia management tailored to patient needs.
Integrated Patient Monitoring: Equipped with advanced monitoring
capabilities such as CO2, SpO2, and gas analysis,
providing real-time patient data for continuous evaluation during
procedures in the MRI suite.
User-Friendly Interface: The easy-to-use touchscreen interface
provides clinicians with clear, real-time data, intuitive controls,
and alarm management for improved workflow and decision-making.
Compact and Ergonomic Design: The Dräger Fabius MRI is compact and
ergonomically designed to fit seamlessly into the MRI suite while allowing
easy access for anesthesia administration without interfering with
the MRI equipment.
Enhanced Safety Features: With automatic ventilation backup,
built-in alarms, and fail-safe mechanisms, the Fabius MRI
ensures patient safety and minimizes the risk of complications during
MRI-guided anesthesia administration.
Versatile and Modular: Designed to integrate with
hospital information systems and MRI-compatible devices,
the Fabius MRI is easily scalable, allowing customization to
meet specific clinical needs.

Applications:
The Dräger Fabius MRI is ideal for use in MRI suites, operating rooms,
and other critical care settings where anesthesia management and
MRI procedures must be combined. It is especially suited for
MRI-guided surgeries, diagnostic procedures, and interventions that
require precise anesthesia control without compromising patient safety
or imaging quality.