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| Users can independently validate radiation parameters in a consistent way and in compliance with the NEMA XR 27-2012 standard. |
| Healthcare facilities can make efficient use of staff and lab. No external assistance is required. |
| UQCM reduces the complexity of validating quality, retrieving data and images, and reporting results. |
Feature | Detail |
3 factor technique | Xper technique: Large/Small focus Tube exposure: voltage (kV) Tube exposure: current (mA) X-ray pulse time (ms) |
Image quality and dose performance related tests (manufacturer recommended tests) | Monitor performance Detector dose input test kV and mA stabilization test Entrance dose rate limitation test Verification of Dose Area Product (DAP), Air Kerma, and KV display indication accuracy Tube-related parameters: half value layer, X-ray beam output, focal spot size System related parameters e.g.: X-ray beam alignment, field limition test, limiting resolution |
Air Kerma rate verification of clinical imaging protocols | Verification of fluoroscopy dose related settings: - Fluroscopy flavor settings - Source image distance (SID) variation - Field of view variation (FOV) - Documenting protocol settings for reporting |
Cosmetics test (check the image uniformity) | - Test settings: KV, Beam quality - Save image in DICOM format: For processing image, for presentation image |
Report the status of measurements done in UQCM | - Inspect details data - Store results in standard format (XPS and CSV) |
Calibration input fields for RDSR | - Calibration protocol, calibration factor, date, responsible party |
Verify and review exam protocols | - Export radiation related settings of the protocols in CSV format |