Standards, audits, and the paperwork that defends the work.
Explainers and workflow notes covering the standards QUBYX customers operate under — DICOM, AAPM, ACR, DIN, NGA, ISO, FOGRA, and more.
General
// 10 ARTICLESPerfectLum is HIPAA Compliance | Secure Medical Imaging You Can Trust
What sets PerfectLum apart is its cloud-ready infrastructure. The platform has been engineered to support both on-premises and cloud-hosted environments, giving hospitals…
DICOM Calibration from Home WorkStation
DICOM Calibration from Home WorkStation A Step-by-Step Guide for Remote Radiologists The move toward teleradiology has given radiologists a unique and…
DICOM GSDF Compliance Isn’t Optional | How PerfectLum Helps You Pass Audits with Confidence
DICOM GSDF Compliance Isn’t Optional | How PerfectLum Helps You Pass Audits with Confidence In the field of medical imaging, compliance…
Calibrate Your iMac Display for Accurate Medical Imaging with PerfectLum
In the world of medical imaging, precision is everything. Even the smallest deviation in color balance or luminance can make the difference…
How to Integrate PerfectLum into Your Teleradiology Practice in Under 10 Minutes
How to Integrate PerfectLum into Your Teleradiology Practice in Under 10 Minutes In teleradiology, time is critical — not just for…
How PerfectLum Ensures DICOM Compliance from Home to Hospital
How PerfectLum Ensures DICOM Compliance from Home to Hospital In radiology, accuracy is non-negotiable. Every pixel on a diagnostic image carries…
Introduction to PerfectLum for Healthcare Professionals
State of the art DICOM calibration software
MQSA and PerfectLum
Ensure your mammography displays meet federal standards with our guide on MQSA and PerfectLum. Here, we break down what MQSA means, why…
AAPM TG 270 How to make an acceptance test
Guidelines for Performing an Acceptance Test for AAPM TG 270 Using Qubyx PerfectLum
DIN 6868-157:What, When and How Must Be Checked
Sicherung der Bildqualität in röntgendiagnostischen Betrieben – Teil 157: Abnahme- und Konstanzprüfung nach RöV an Bildwiedergabesystemen in ihrer Umgebung
