GE Marquette Mac 5500

Built on GE's proven innovation in EKG/ECG acquisition and analysis, the GE Marquette Mac 5500 is GE's premier EKG Machine/ECG system, delivering advanced disease management capabilities through its industry-leading collection of standards-setting algorithms and advanced networking.

Category: Tags: , ,

Product Description

Built on GE’s proven innovation in EKG/ECG acquisition and analysis, the GE Marquette Mac 5500 is GE’s premier EKG Machine/ECG system, delivering advanced disease management capabilities through its industry-leading collection of standards-setting algorithms and advanced networking.

The MAC 5500 system offers the sophistication required for advanced ECG applications, while its ease of use extends this level of performance to the broadest range of users possible. And, it’s part of the complete GE suite of networked, non-invasive testing solutions designed to maximize efficiency and productivity in hospitals, clinics, office based practices and research institutes.

12-/15-Lead High-End ECG System for Resting-ECG’s and Stress-Test
Easy-to-use applications and features streamline productivity and workflow
Advanced algorithms set the standard in ECG analysis and interpretation
Improving Clinical Trial Workflow with CT Data Guard
Multiple Network Capabilities (Ethernet and wireless)
Internal Modem
Barcode and magnetic card scanning options
XML data export capabilities
Internal Memory for 200 ECG’s, SD-card removable Media
asy updating via Optioncodes
Seamless connectivity to the MUSE cardiology information system speeds data storage and ECG retrieval
one of the most complete suite of analysis algorithms for advanced ECG applications.

The MAC 5500 system offers a comprehensive suite of ECG interpretation and clinically validated analysis programs. Its array of arrhythmia and chest pain tools allow you to address a wider range of disease management needs. Make more efficient treatment decisions. And use invasive tests more judiciously. Our Marquette ECG analysis programs are the preferred choice in a variety of care settings and industries, including hospitals, clinics, physician offices and clinical research organizations (CROs).

Marquette 12SLTM ECG analysis program for adults and pediatrics – the industry’s most thoroughly documented, simultaneous 12-lead ECG acquisition analysis program for uncompromising quality and reliability – remains your most clinically valuable second opinion.
Marquette 12SL with Gender-Specific interpretation features criteria that help you more easily detect acute myocardial infarction (MI) in female patients, enhancing diagnostic confidence even among occasional readers of ECGs.
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.
Marquette 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. This optional program provides important additional triage information for patients with chest pain.
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 effective ventricular arrhythmia assessment, with an intuitive design that creates a practical, non-invasive alternative to involved invasive testing.
Enhanced Pacemaker-Detection Software improves sensitivity to electronically paced hearts.
Vectorcardiography
Marquette Hookup AdvisorTM signal quality analysis program reviews and measures ECG waveforms for signs of artifact and interference, helping to eliminate poor waveform quality during the recording of ECGs.
Serial ECG Comparisons, through the MUSE cardiology information system, leverages the Marquette 12SL ECG analysis program and