CARDIAC DIAGNOSTIC SYSTEM MODEL CH2000
A Cardiac Diagnostic System Related Image
(Not Necessarily related to the device)Description:
CARDIAC DIAGNOSTIC SYSTEM MODEL CH2000 by CAMBRIDGE HEART INC.
The Cardiac Diagnostic System Model CH2000 represents a cutting-edge, non-invasive solution exclusively designed to aid in the early detection of coronary artery disease (CAD). Crafted by the influential pioneers at Cambridge Heart, this innovative system is deeply grounded in the latest advancements in cardiac science and technology.
Primarily, the model CH2000 is chiefly utilized in the identification and assessment of myocardial perfusion defects and the measurement of microvolt level T-wave alternans. The model's enhanced detection assists in evaluating patients for hidden cardiac conditions, fostering preventative steps and improving patients' quality of life.
The exceptional attribute of the Cardiac Diagnostic System CH2000 lies in its high-precision technology that meticulously measures microvolt T-wave alternans. These are subtle beat-to-beat variations in the T-wave segment of the ECG that manifest in particular arrhythmogenic ailments. The highly sensitive detection capacity of the CH2000 therefore aids in the prediction of sudden cardiac arrest, contributing to early intervention and mitigating potential heart-related fatalities.
Benefits of the Cardiac Diagnostic System Model CH2000 include not only its precise detection potential - a boon to both patient and practitioner - but also its considerable versatility. This device is easily integrated into a multitude of clinical environments, from large-scale healthcare facilities to more intimately sized clinics. Its user-friendly interface and straightforward interpretative output render it accessible to a broad range of healthcare personnel.
The operational mechanics of the Model CH2000 rest on its advanced computational capabilities. This device, paired with state-of-the-art proprietary software, processes the electrical signals from the heart in real-time, detecting the minutest variations in T-wave patterns. By delivering bite-sized, actionable data, it puts critical decision-making information directly into the hands of the healthcare provider.
Toward the goal of transforming today's approach to cardiac health, the Cardiac Diagnostic System Model CH2000 continues to break barriers, bolstering the resources available to physicians whilst maximizing patient care outcomes.
Primary Use:
The Cardiac Diagnostic System Model CH2000 is primarily used in the medical field to monitor and diagnose heart-related conditions. This device aids healthcare professionals by facilitating electrocardiography, which is an essential process for diagnosing disorders pertaining to the cardiovascular system. Through electrocardiography, the CH2000 records the electrical activity of the heart over a specific duration, thus enabling the diagnosis of various types of heart disease and conditions. These include arrhythmias, coronary heart disease, heart failure, myocard
How It Works:
The Cardiac Diagnostic System Model CH2000, as is typical of devices within the cardiovascular monitoring and diagnostic device category, is a sophisticated piece of medical technology that is used to monitor and evaluate the functioning of the heart. Detailed understanding of these kinds of devices is essential for their effective usage in diagnostic and monitoring contexts. This type of system typically operates by employing a series of electrical sensors, usually in the form of self-adhesive electrodes, that are attached directly to the patient's skin near the heart. These sensors pick up electrical signals produced by the heart's activity. These signals are then sent to the main unit of the diagnostic system where they are converted into visual waveforms that can be interpreted by a trained professional, such as a cardiologist. Systems like the CH2000 generally incorporate a 12-lead Electrocardiogram (ECG) technology, which is industry standard for comprehensive cardiac diagnostics. Each lead represents a different angle of the heart and hence, this setup provides a 360-degree view of the heart’s electrical activity. By interpreting these leads, a healthcare provider can determine not only the heart rate and rhythm, but also detect any damage to the heart, effects of drugs or devices used to regulate the heart, such as a pacemaker, or determine the size and position of the heart chambers. The device is typically integrated with software that allows for further data analysis. This software can provide tools for observing irregularities or abnormalities in the heart's rhythm and suggests possible diagnoses based on the data. An ECG provides a non-invasive, invaluable tool to start a diagnostic process. The CH2000 also might contain features like a Holter monitor and event monitor. Holter monitoring provides continuous recording of the heart's electrical activity for a period, usually 24-48 hours. This is used when a healthcare provider suspects the patient's cardiac arrhythmias or silent myocardial ischemia are not captured during the limited duration of a standard ECG. An event monitor is used over a much longer period (weeks or even months) and only records electrical heart activity when certain abnormalities are detected or when manually activated upon the onset of symptoms suggestive of a cardiac event. Together these functions of the Cardiac Diagnostic System Model CH2000, and comparable devices within the cardiovascular monitoring and diagnostic devices category, provide a powerful and versatile tool for detecting, diagnosing, and monitoring a wide range of potential cardiovascular conditions, contributing significantly to effective patient care.Manufacturer:
CAMBRIDGE HEART INC.
Status: In Stock
Are you the owner or manufacturer of this device? Need to update anything on this page or get in touch with us? Click here.