GE Datex Ohmeda Aestiva MRI Anesthesia Machine

The GE Aestiva/5 MRI Anesthesia Machine offers a compact and advanced solution for delivering precise anesthesia in MRI environments. Designed for use in hospitals, surgical centers, and outpatient clinics, this workstation combines high-performance ventilation with MRI compatibility to meet diverse clinical needs.

Overview

Equipped with the 7900 SmartVent™ ventilator, the Aestiva/5 MRI provides advanced ventilation modes suitable for a broad range of patients, from neonates to adults. Its compact design and MRI compatibility up to 3 Tesla make it an ideal choice for facilities requiring reliable anesthesia delivery in magnetic environments. The intuitive user interface ensures ease of use, while integrated safety features enhance patient care.

Key Features

• MRI-compatible up to 3 Tesla, validated for use at the 300 Gauss line
• 7900 SmartVent™ ventilator with Volume Control, Pressure Control, SIMV, and PSVPro® modes
• Physically integrated Magnetic Field Strength Monitor (Gauss Alarm) alerts when too close to the MRI magnet
• Fully integrated breathing circuit simplifies cable management and improves patient safety
• Ergonomic handles and compact footprint for easy transport and maneuverability
• Tec® 7 vaporizer with Easy-fil filler minimizes leaks and simplifies agent filling
• Locking front drawer provides convenient storage
• Open architecture allows integration with MRI-compatible monitors

Product Specifications

• Ventilation Modes: Volume Control, Pressure Control, SIMV, PSVPro®
• Patient Range: Neonate to adult
• MRI Compatibility: Up to 3 Tesla
• Integrated Gauss Alarm: Alerts when within unsafe proximity to MRI magnet
• Dimensions: Compact design suitable for MRI suite constraints
• Mobility: Ergonomic handles and small footprint for easy movement
• Vaporizer: Tec® 7 with Easy-fil system
• Storage: Locking front drawer

Ideal For

• Hospitals and surgical centers
• Outpatient clinics
• Facilities requiring MRI-compatible anesthesia delivery
• Environments with space constraints necessitating compact equipment