Treadmill Testing = Cardio Soft System + Treadmill
CardioSoft Diagnostic System for Stress Testing
• CardioSoft* Diagnostic System Exercise Stress Testing ECG application transforms your physician office PC into a stress ECG device. The Cardiac Acquisition Module (CAM-14) with the CAM USB A/T interface is easily connected from the patient to your PC’s standard USB port. The CAM-14 provides high-quality ECG presentation for accurate cardiac assessment of your patients. Its outstanding digital signal processing reduces artifact for clearer tracings.
• Patented Exercise Test Interpretation (XTI) algorithm highlights critical values for efficient and timely diagnosis
• Proven GE Marquette* 12SL* Resting ECG analysis program and 15-lead stress measurement
• The new ST/HR hysteresis analysis feature enables increased accuracy in detecting coronary artery disease in women and adds confidence in identifying the most appropriate treatment.
• Finite Residual Filter (FRF) and Cubic Spline provide ECG baseline correction and artifact resolution without sacrificing critical ST measurements
• Automatic Arrhythmia Detection assists in documenting arrhythmias that occur during stress testing
• Export flexibility of your CardioSoft Diagnostic System Stress reports via PDF, XML, Microsoft® Word or Excel®. The name of the PDF is automatically generated based on patient demographics for accurate assignment of the PDF to the correct patient in an EMR or HIS system. XML export makes nearly all internal values and parameters available for export to third-party applications for research
• Flexible and configurable report options to meet reporting preferences of physicians
• Seamless connectivity with other CASE*, MUSE* Cardiology Information Systems and with EMR** systems for workflow efficiencies
• DICOM formatted stress ECG report generated by CardioSoft Diagnostic System is automatically exported to PACS workstations, making physician over-read fast and efficient while speeding up patient throughput
Treadmill
Advanced performance and reliability in exercise testing