General Electric Ambulatory Recorder SEER Light

General Electric Ambulatory Recorder SEER Light

The General Electric Ambulatory is a sophisticated medical device designed to record and analyze patients’ physiological data over extended periods, ranging from several days to weeks. This technology represents a significant advancement in ambulatory monitoring, offering a valuable solution for healthcare professionals and improved management of chronic medical conditions. Let’s delve into the detailed features and key functionalities of this innovative device.

Continuous Recording of Physiological Parameters

The SEER Light enables continuous real-time recording of essential physiological parameters. These include electrocardiogram (ECG), heart rate, respiration, as well as other parameters like body temperature and physical activity. The ability to capture this data continuously is crucial for monitoring the progression of medical conditions over an extended period, providing a comprehensive view of the patient’s health status.

Portable and Lightweight Design

The SEER Light device is specifically designed to be portable and lightweight, ensuring optimal comfort for the patient throughout the ambulatory recording period. This feature allows patients to carry on with their normal daily activities without interference from the device, promoting effective and non-intrusive monitoring.

Secure Data Storage and Advanced Analysis

All data recorded by the SEER Light is securely stored within the device. Healthcare professionals can later analyze these data using integrated analysis tools, thereby evaluating variations in physiological parameters over an extended period. This capability for advanced analysis is essential for detecting trends, anomalies, and providing valuable clinical insights.

Intuitive and Functional User Interface

Equipped with a user-friendly interface, the SEER Light allows patients to easily report specific events or symptoms during recording. This functionality is crucial as it enables correlation of recorded data with symptoms reported by the patient, facilitating a more accurate assessment of health status.

Technical Details

Recording Type: Continuous recording of physiological parameters.
Recorded Parameters: ECG, heart rate, respiration, and optionally body temperature and physical activity.
Design: Portable and lightweight.
Data Storage: Secure internal memory.
Interface: User-friendly interface with symptom reporting function.
Applications: Diagnosis and management of cardiac disorders, post-stroke monitoring, evaluation of syncope symptoms.
Compatibility: Integration with electronic medical records (EMR) systems.