Philips M1026B Anesthetic Gas Module: Advanced Monitoring for Anesthesia
The Philips M1026B Anesthetic Gas Module (AGM) is a cutting-edge device designed to enhance patient safety and monitoring during anesthetic procedures. Utilizing advanced infrared absorption technology, this module accurately measures the five most commonly used anesthetic gases, in addition to nitrous oxide (N2O) and carbon dioxide (CO2). Oxygen concentration is measured using a paramagnetic technique, ensuring precise monitoring of critical gases throughout the anesthesia process.
Key Features:
- Automatic Alerts: The M1026B provides an automatic alert when a detected anesthetic agent mixture is present, allowing for immediate attention to changes in patient status.
- Comprehensive Gas Monitoring: It delivers inspiration and expiration values for all measured gases, giving clinicians detailed insights into patient ventilation.
- Quick Warm-Up Time: Designed for efficiency, this module features a rapid warm-up time, enabling swift readiness for use in clinical settings.
- Low Sample Flow Rate: The low sample flow rate minimizes the impact on patient ventilation while ensuring reliable gas analysis.
- Individual Alarm Limits: Tailor alarm settings for each parameter to meet specific clinical requirements and enhance patient monitoring.
- Automatic Zero Calibration: The module features automatic zero calibration for consistent and accurate measurements over time.
- Respiratory Rate Monitoring: It derives the respiratory rate from the CO2 waveform, providing essential respiratory information during procedures.
- Versatile Water Trap Options: Equipped with both disposable and reusable water traps, the M1026B offers flexibility to suit different clinical practices.
The Philips M1026B Anesthetic Gas Module sets a high standard for anesthetic gas monitoring, ensuring healthcare professionals have the tools they need to deliver safe and effective anesthesia care in various medical settings.
