GE Healthcare MAC 5500 HD ECG System Refurbished

The GE Healthcare MAC 5500 HD Resting ECG System is a premier ECG system, delivering advanced disease management capabilities through one of the industry-leading collections of algorithms and advanced networking.

Enhanced barcode workflow with orders and ADT download capability work together to help improve efficiency across the enterprise. With the GE Healthcare MUSE V8, one of the industry's leading cardiology management systems, this ECG system is streamlined for efficient workflow and greater functionality. The GE Mac 5500 ECG enables clinicians to focus on what’s most important: their patients.

Features

The MAC 5500 HD represents a new definition of ECG speed and accuracy, and offers:

• Better triaging tools for Acute Coronary Syndrome (ACS) detection
• Configurable Crtical Values to help speed time to treatment
• More accurate pacemaker detection for advanced interpretation of paced rhythms
• Enhanced barcode workflow, with orders and ADT download capability, work together to help improve efficiency across the enterprise
• Connected ECG Workflow to help save time and avoid costly misdiagnoses

 

Quality Care

• Decision support tools to help meet clinical guidelines
• Validated ECG analysis
• Risk stratification tools

 

Workflow Enhancement

• Data integration through connectivity
• Clinical information management
• Streamlined process and error reduction

 

Support

• On-site applications training
• Self-paced computer-based training
• Workflow engagement consulting

 

GE Marquette* ECG Analysis Programs are a preferred choice in a variety of care settings and industries, including hospitals, clinics, physician offices, and clinical research organizations (CROs).

• Marquette* 12SL* ECG Analysis Program for adults and pediatrics is one of the industry’s most thoroughly documented, simultaneous 12-lead ECG acquisition analysis programs
• Hookup Advisor* signal quality Analysis Program makes our world-renowned ECG analysis program even better. This software reviews and measures ECG waveforms for signs of artifact and interference, advising clinicians of poor waveform quality during ECG recordings
• 12SL with Gender-Specific Interpretation features criteria that help you more easily detect acute myocardial infarction (MI) in female patients, enhancing diagnostic confidence
• QT Analysis helps clinicians accurately detect and measure the QT segment, helping to reduce their patients risk of sudden cardiac death
• Acute Coronary Syndrome (ACS) Analysis option assists the physician in the ECG assessment of a patient suspected of having ACS and provides additional diagnostic statements, which identify specific lead sets where signs of ACS may be present
• The Critical Values feature enables onscreen and printed notification of critical ECG results to enable easy identification and accelerated reporting of critical values
• 12SL with ACI-TIPI (Acute Cardiac Ischemia Time-Insensitive Predictive Instrument) considers a patient’s age, gender, and chief complaint, as well as ECG measurements, to generate a numerical score that helps predict the probability of acute cardiac ischemia
• Simultaneous 15-lead acquisition, storage, and assessment provides additional ST measurements for the detection of changes that occur in some non-diagnostic 12-lead cases to facilitate the prompt detection of right ventricular and posterior MI
• P-Wave Signal Averaging option for atrial arrhythmia assessment features a patented templating algorithm that enhances P-wave measurement accuracy
• Hi-Res Late Potential Analysis option supports ventricular arrhythmia assessment, with an intuitive design that creates a practical, non-invasive alternative to involved invasive testing
• High Definition Pacemaker-Detection Software improves the ability to accurately detect the presence of pacemaker spikes along with adding the capability to detect and report the underlying rhythm
• Serial ECG Program, through the MUSE Cardiology Information System, leverages the Marquette 12SL ECG Analysis Program and analyze both short and long-term changes in patients ECGs