A proven platform
Decision support during ECG acquisition is provided by validated algorithms
Considered design
Adjustable screen, console height and dedicated workflow keys for easy operation
Excellent signal quality
The FRF algorithm reduces the baseline wander and muscle noise in the ECG stream¹
Quick, easy-to-read results
The unique XTI algorithm highlights measurement deviations
The CASE cardiac assessment system for exercise testing goes beyond conventional ST segment assessment to enable advanced analysis of patient risk, functional response, and ST changes.
Traditionally, the exercise test was used to diagnose the presence of Coronary Artery Disease (CAD). With CASE, you can use the test to determine the extent of CAD and help guide the management.
You can count on the CASE exercise testing system to help you manage a variety of CVD patient groups.
Risk Stratification – Critical algorithms, including Heart Rate Recovery (HRR) and the patented T-wave Alternans (TWA) algorithm, assist you in assessing patients’ cardiac risks.
Functional Response – Metabolic equivalent (METS) level achieved during exercise testing is an important predictor of adverse cardiac events after myocardial infarction. Failure to achieve 5 METS during treadmill exercise is associated with a worse prognosis.²
Ischemia Detection – CASE incorporates the unique ST/HR Hysteresis analysis, shown to improve the accuracy of CAD detection.³
With adjustable setups and a range of device and modality integrations, the CASE system provides testing flexibility.
An independently height adjustable screen and console (option) allows for your ideal working height.
Wireless acquisition (with optional GEH-ECG 1200) eliminates cumbersome wires.
CardioSoft™ Client compatibility creates a remote workstation on your PC for viewing, editing and printing stress data.
SunTech® Tango® M2* can add automated BP and SpO2 data to your exercise testing system.
Robust ergometers—including upright and supine eBikes* and treadmills accommodate all size patients.
Can be used with stress echo and nuclear imaging helping you evaluate other heart conditions.
CardioSoft can run as a standalone solution or integrate into a wider MUSE™, CardioSoft, Centricity™ or PACS network, providing you with an even broader perspective on your cardiac patient.
Open system architecture uses industry standard communication protocols, including DICOM and XML.
XML, PDF, XLS export means you can send data easily. Automatic file name generation based on patient demographic data helps ensure accurate match to EMR or HIS files.
CardioSoft Client compatibility lets you create a remote workstation on your PC for viewing, editing and printing stress data.
Simplified internal design and module construction facilitate quicker repairs. You can count on GE HealthCare technical support experts to provide installation, system configuration, upgrade services, and maintenance offerings.
Smooth surfaces, enclosed storage and an IP65 rating for keyboard and mouse facilitate easy cleaning.
Improved printer technology is 85% more reliable.4
Modular design facilitates removal of the console for shipping and bench repair.
Multi-level security privileges and unique password assignments support system integrity and protect patient data.
Auto timeout and log-ins optimize system usage, while increasing the security of your server.
Advanced security protections include data encryption, username and password authentication, secure network connections, electronic delivery of security patches and updates, constant threat monitoring and a disaster recovery plan.
Care that can provide a broader perspective.
Our augmented reality experience allows you to explore key features and see how easily CASE cardiac assessment system can fit into your existing office or hospital environment.
With a broad range of device and modality integrations, the CASE system provides the testing flexibility you need.
Build a better cardiology department with GE HealthCare's cardiac solutions that can help streamline workflow, increase efficiency, and allow you to offer more services.
MAC VU360 Resting ECG
Marquette™ 12SL ECG analysis program
1. Willi.Kaiser and Martin Findeis. Artifact Processing during Exercise Testing, Journal of Electrocardiology, Vol 32, Supplement,1999.
2. Myers, J., et al., Exercise capacity and mortality among men referred for exercise testing. The New England Journal of Medicine, 2002. 346(11): p. 793-801.
3. R.Lehtinen, H.Sievänen, J.Viik, V.Turjanmaa, K Niemelä and J.Malmivuo. Accurate Detection of Coronary Artery Disease by Integrated Analysis of the ST-Segment Depression/Heart Rate Patterns During Exercise and Recovery Phases of the Exercise Electrocardiography Test. Am J Cardiol 1996; 78:1002–10062 AHA Releases 2015.
4. GE HealthCare Internal service database.
*Not available in all markets.
