GXT Stress Test Machine FA700025Q0GXT
Summary
AI-generated · Sep 11, 2025Procure a single GXT stress test system with full SCIMAGE/PICOM and ELI LINK connectivity, running on Windows 10 or newer, including setup, delivery, installation, and technician training for operation. It must support comprehensive data capture and reporting, with networked export (XML, PDF, HL7, DICOM) and remote order receipt, plus a centralized archive for exams and final reports, plus pre-registration/scheduling and a health-risk assessment feature.
Key capabilities include BP monitoring with SunTech Tango and SpO2, automatic 12-lead ECG analysis and ST-trend reporting, automatic ectopic beat detection, and support for up to 100 exercise protocols. It should provide advanced reporting options (multiple segments, narrative summaries, and customizable formats), context view for disclosure review, post-test data comparisons (4x QRS and updated 12-lead median), programmable/fixed protocols, pre-test impedance checks, demonstration mode, paperless workflow, and integration-friendly outputs (analog/TTL, ST measurement customization, RPE entry, medications/notes/diagnoses). Also required are automated NIBP/SpO2 (with optional device), and health-risk assessments based on Duke and Functional Aerobic Impairment algorithms.
Qty 1- GXT Stress Test Machine - Must have SCIMAGE/PICOM connection capabilities. - At least a Windows 10 Operating System or newer. - Set-up, delivery, installation, and user interface training for technician. - ELI LINK connectivity for SCIMAGE/PICOM connection integration. - BP monitoring capabilities with SunTech Tango and SpO2 - Full features include: Automatic ST segment analysis and trending on all 12 leads. Superimposition comparison of current and reference complexes on both a 4x QRS, and updated 12-lead median complexes. Context View during the exam allowing full disclosure review and addition of past ECG events. Automatic ventricular ectopic beat detection. Up to 100 different exercise protocols. Automatic 12-lead ECGs with prompts for manual or automated (optional) blood pressure acquisition. Multiple final report formats with custom report sequence capabilities and automated narrative summary. Networked export of XML, PDF, HL7, or DICOM results. Networked receipt of XML, HL7, or DICOM orders. Archive directories with full disclosure exam data. User-defined ST measurement points. Analog and TTL output for interface with external devices. Programmable and fixed protocols, procedures, and final reports. Pre-test electrode impedance check. Demonstration mode. Automated NIBP and SpO2 readings (with optional device). Various text and graphical formats. Medications, notes, diagnoses, indications, and procedural comment entries. Rate of Perceived Exertion (RPE) entry during test. Source Consistency Filter (SCF). Beat Consistency Filter (BCF) on ECG printouts. METs, maximum predicted heart rate, and target heart rate formula selection. Various exercise controls with compatible treadmills, ergometers, and pharmacological studies. Ability to select final report segments including Patient Information, Exam Summary, Rate/BP/Workload Trends, ST Level Trends, ST Slope Trends, Worst Case Average, Periodic Averages, Peak Averages, and ECG Prints. ST level and slope data for lead and worst-case average beat, updated continually during test. INTRODUCTION27 Editing of final report in Review phase. Paperless workflow capability. Ability to store exams and final reports in a centralized database. Pre-registration and scheduling of patients. Health risk assessment based on Duke and Functional Aerobic Impairment (FAI) algorithms.
From Sources Sought posted on Sep 10, 2025Notice history
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