Ge Healthcare - 1012-9620-000-654794 - Carestation 620 Anesthesia Performance

Below are the key product attributes and specifications that provide detailed information about this item:

GE Healthcare - Carestation 620 - 1012-9620-000-654794 - Anesthesia Performance Package

The GE Healthcare Carestation 620 Anesthesia Performance Package is a high-performance anesthesia delivery system designed to enhance clinical efficiency and patient safety. Engineered with advanced technology, it provides precise control and monitoring for anesthesia administration in various clinical settings.

Features:
- Integrated Ventilation & Anesthesia Delivery: Combines ventilation and anesthesia delivery in a single system for streamlined workflow.
- Advanced Gas Monitoring: Real-time monitoring of anesthetic agents, oxygen, and CO2 to ensure accurate patient assessment.
- Intuitive Touchscreen Interface: User-friendly display for quick access to settings and patient data.
- Flexible Ventilation Modes: Supports multiple ventilation modes, including volume and pressure control, for tailored patient care.
- Enhanced Safety Alarms: Configurable alarms for gas delivery, ventilation, and system performance to alert clinicians of critical changes.
- Compact & Mobile Design: Easy to maneuver with a small footprint, ideal for operating rooms and ICU environments.

Specifications:
- Dimensions: (Insert dimensions)
- Weight: (Insert weight)
- Power Supply: (Insert voltage/requirements)
- Gas Compatibility: Compatible with medical-grade air, oxygen, and nitrous oxide.
- Monitoring Parameters: Includes O2, CO2, anesthetic agents, and respiratory mechanics.
- Connectivity: Supports data export and integration with hospital systems.

Use Suggestion:
The Carestation 620 is ideal for hospitals and surgical centers requiring reliable anesthesia delivery with advanced monitoring. It is well-suited for procedures ranging from routine surgeries to complex cases, providing clinicians with precise control and real-time feedback. Ensure proper training for anesthesia providers to maximize system efficiency and patient safety.