SONY displays have front and Ambient Light sensors, and QUBYX team used this advantage as the basis for developing further compatibility. As a result, with the help of QUBYX remote QA software SONY display users can perform not only NEMA DICOM part 14 GSDF calibrations, but also DIN 6868-57, DIN 6868-157, AAPM TG18, JESRA X-0093 acceptance and conformance testing. The internal LUT (Look Up Table) of the SONY displays allows PerfectLum to perform very accurate adjustments of the displays.
The Sony models given below, coupled with a professional medical display calibration and QA software, produce the level of quality healthcare practitioners are looking for:
Sony color displays:
Sony grayscale displays:
The displays LMD-DM20, LMD-DM30 and LMD-DM50 are designed with a new technology, ISD (Independent Sub-pixel Drive). The ISD technology drives each sub-pixel value corresponding to detailed information recorded in an original image, achieving a high-resolution performance. It enables the pixel pitch of one-third in the sub-pixel chain direction, providing superior, lossless image reproduction. Also, a luminance equalizer, Digital Uniformity, is built in to achieve highly accurate luminance uniformity across the screen. The ultra-high-definition monochrome LCD panel provides a wide and clear image display, so the units are suitable for displaying X-ray images. As you can see, PerfectLum software, combined with a Sony display, is a worthy competitor to the most expensive specialized medical displays. Contact us if you would like to purchase a bundle.
It is required by NEMA DICOM standard that ICC profiles be used for reviewing of color medical images. QUBYX PerfectLum generates version 4 ICC profiles to handle the wide array of colors Sony displays are capable of displaying. Users can calibrate to DICOM GSDF or CIE L* luminance response, at the same time correcting color temperature over the entire dynamic range, adjusting the white level, and creating an ICC profile for the display. The result is an extremely color-precise image that makes diagnostics more accurate and time-efficient.