GE Medical System CAM-14 900995-001 ECG Acquisition Module

The GE Medical System CAM-14 900995-001 ECG Acquisition Module is a medical-grade device designed to capture and transmit high-quality electrocardiogram (ECG) data for patient monitoring systems in healthcare settings. It is part of GE Healthcare's advanced monitoring solutions, aimed at providing real-time cardiac monitoring and improving patient care by offering detailed insights into the heart's electrical activity. This module is designed to seamlessly integrate with GE's patient monitoring equipment, supporting clinical decision-making in critical and routine care scenarios.

Key Features:

1. High-Quality ECG Signal Acquisition:

   • The CAM-14 900995-001 module provides high-quality ECG data that is essential for monitoring the electrical activity of the heart. The module captures multi-lead ECG signals, ensuring comprehensive insights into the heart's rhythm and electrical patterns.
   • It typically supports 12-lead ECG configurations, which allows healthcare providers to view the electrical signals from various angles, providing a detailed and accurate diagnosis of the patient's cardiac health.

2. Multi-Lead ECG Monitoring:

   • This module supports multi-lead ECG monitoring, which is essential for capturing detailed information about the heart's activity. The 12-lead ECG setup is commonly used in diagnostic and critical care settings for heart disease detection and arrhythmia monitoring.
   • The multi-lead configuration enables healthcare providers to get a comprehensive view of the heart's electrical activity, helping in the detection of abnormalities such as arrhythmias, myocardial infarctions, and other cardiac conditions.

3. Real-Time Monitoring and Data Transmission:

   • The CAM-14 900995-001 module provides real-time monitoring, enabling healthcare professionals to observe the patient's cardiac condition as it evolves. This capability is crucial for early detection of cardiac events and timely interventions.
   • The data is transmitted to central monitoring stations or directly to the patient monitoring system, providing clinicians with immediate access to critical patient information, facilitating faster decision-making and actions.

4. Seamless Integration with GE Monitoring Systems:

   • The ECG acquisition module is designed to work seamlessly with GE Healthcare's patient monitoring systems, including central monitoring stations and bedside monitors. This allows healthcare professionals to easily monitor and manage multiple patients' ECG data from a central location, improving workflow efficiency.
   • It can integrate with other GE medical devices to provide a holistic view of the patient's health, incorporating other vital signs such as blood pressure, heart rate, oxygen saturation (SpO2), and more.

5. Advanced Signal Processing:

   • The CAM-14 900995-001 module incorporates advanced signal processing to minimize noise and artifacts, ensuring that the ECG data is clean and easy to interpret. This is particularly important in critical care environments where clarity of the ECG signals is crucial for accurate diagnosis and timely treatment.
   • It ensures reliable data transmission even in noisy or high-interference environments, helping to avoid errors in diagnosis.

6. Durable and Reliable:

   • Built with medical-grade components, the module is designed for reliability in demanding healthcare environments. It is built to handle continuous use in busy hospital settings, ensuring long-term performance without failure.
   • Its rugged construction and reliable signal transmission make it suitable for both acute care and routine monitoring applications.

7. User-Friendly Interface:

   • The CAM-14 900995-001 module is designed with a user-friendly interface, making it easy for healthcare providers to set up, operate, and interpret the data. Clear indicators and intuitive controls help clinicians quickly assess a patient's cardiac condition.
   • It also features adjustable settings to ensure compatibility with various patient types, such as adults, pediatrics, and neonates.

8. Compatibility with Various Patient Types:

   • The ECG module can be used for a wide range of patients, from neonates to elderly individuals. It is flexible enough to handle the unique ECG monitoring needs of different age groups and clinical conditions.
   • It supports patient condition monitoring in different care environments, including ICUs, emergency rooms, and cardiology units.

Common Use Cases:

• Critical Care Monitoring: The CAM-14 900995-001 module is ideal for continuous cardiac monitoring in ICUs, CCUs, or emergency departments, where patients need constant observation of their heart function.
• Cardiac Assessments: Used in cardiology clinics or hospital wards to assess heart health, monitor for arrhythmias, or diagnose conditions such as heart attacks or heart failure.
• Emergency Situations: Essential for real-time ECG monitoring during emergency resuscitation, especially for patients experiencing acute myocardial infarction (heart attacks), arrhythmias, or other heart conditions.
• Routine Patient Monitoring: In settings such as wellness clinics or post-operative recovery rooms, the module helps monitor the heart's electrical activity over time to ensure that there are no abnormalities.
• Preoperative and Postoperative Monitoring: The module is also used for monitoring cardiac health before and after surgical procedures to assess any potential heart-related complications.

Summary:

The GE Medical System CAM-14 900995-001 ECG Acquisition Module is a high-performance ECG monitoring device designed to provide accurate and real-time electrocardiogram data for patient monitoring systems. With multi-lead ECG support, advanced signal processing, and seamless integration with GE Healthcare's monitoring equipment, it is an essential tool for cardiac monitoring in both critical care and routine medical settings. This module enhances patient safety, facilitates early diagnosis, and supports timely medical interventions for a wide range of cardiac conditions, improving overall patient care and outcomes.