PerfectLum is a professional DICOM calibration and quality assurance software designed to ensure medical displays meet stringent industry standards. By calibrating monitors to the DICOM Part 14 Grayscale Standard Display Function , PerfectLum enhances the accuracy and consistency of medical imaging, which is crucial for precise diagnostics. The software supports a wide range of display types, including medical, commercial, and laptop screens, and is compatible with various graphics boards and measurement devices. Key Features and Functionality: - Comprehensive Calibration: Performs DICOM, CIE L, and Gamma calibrations on white and all gray levels, ensuring accurate image reproduction. - Quality Assurance Testing: Conducts acceptance and constancy tests to verify compliance with medical standards such as AAPM TG18, DIN 6868-57, DIN 6868-157, JESRA X-0093, IEC 62563-1, and the New York State Primary Diagnostic Monitor Quality Assurance Program. - Remote Management: Offers a Remote Quality Assurance server, enabling centralized scheduling, monitoring, and management of calibration tasks across multiple displays and facilities. - Detailed Reporting: Generates comprehensive reports for each calibration and QA test, which can be exported and printed, facilitating thorough documentation and compliance tracking. - Task Scheduling and Reminders: Allows users to schedule calibrations and conformance checks, with reminders to ensure timely maintenance of display accuracy. Primary Value and User Benefits: PerfectLum addresses the critical need for consistent and accurate medical imaging by ensuring that displays used in diagnostics adhere to established standards. By providing reliable calibration and QA tools, it minimizes the risk of misdiagnosis due to display inaccuracies. The software's remote management capabilities streamline maintenance processes, reducing time and costs associated with manual calibration. Additionally, its compatibility with a broad range of hardware allows healthcare facilities to utilize existing equipment effectively, ensuring high-quality imaging without the necessity for specialized monitors.