Product Description: GE Aestiva/5 MRI Anesthesia Machine
The GE Aestiva/5 MRI Anesthesia Machine is a state-of-the-art solution designed for optimal performance in both MRI suites and operating rooms. With its innovative low-profile design, this machine features a compact size and low height, ensuring easy mobility between different care environments. Perfectly engineered to operate in MRI settings with magnetic field strengths up to 300 Gauss and compatible with active shielded 1.5T and 3T magnets, the Aestiva/5 MRI seamlessly integrates into diverse medical settings.
Key Features:
- MRI Compatibility: Specifically built for use in MRI environments, accommodating active shielded 1.5T and 3T magnets.
- Integrated Gauss Monitoring: Equipped with a magnetic field strength monitor to ensure safe operation, featuring an alert system (Gauss alarm).
- Space-Saving Design: Its compact size and small footprint allow for efficient use of space, making it an ideal choice for crowded MRI suites and operating rooms.
- Advanced Ventilation Options: The machine’s 7900 SmartVent™ provides versatility with several ventilation modes including Volume Mode, Pressure Control Mode, Pressure Support (PSVPro®), and Synchronized Intermittent Mandatory Ventilation (SIMV), along with electronic PEEP functionality.
- Tidal Volume Compensation: Designed to enhance patient care during cardiac surgery with features that support tidal volume compensation and a dedicated cardiac bypass case mode.
- User-Friendly Breathing System: The innovative patient breathing system is designed for ease of use, featuring a strategically located common gas outlet for efficient access.
- Low Flow Capabilities: It operates with a minimum O2 flow of 50 mL, promoting efficient gas management.
The GE Aestiva/5 MRI Anesthesia Machine merges functionality and safety, representing a reliable choice for healthcare professionals seeking advanced anesthetic support in complex environments. Its impressive features make it indispensable for delivering optimal patient care during MRI procedures and surgeries.
