醫療顯示器

醫療顯示器必須具備高灰階解析度和影像精確度，並符合嚴格的影像標準(如DICOM、Gamma曲線、亮度對比、均勻度等)，以確保在不同裝置間

的影像一致性，進而提升診斷準確性。此外，還需具備優越的抗電磁干擾能力，易於清潔消毒，並能在醫療環境中長期穩定運行，滿足苛刻的使用需求。

Radiology

放射影像

設計要點

具備高灰階解析度和影像精確度，以確保在不同裝置間的影像一致性，進而提升診斷準確性。
此外，還需具備優越的抗電磁干擾能力，易於清潔消毒，並能在醫療環境中長期穩定運行，滿足苛刻的使用需求。

符合 DICOM Part 14 標準

為滿足醫療影像判讀需求，放射顯示器須支援 DICOM Part 14 標準，能夠準確校調灰階對應曲線，確保不同裝置間的影像一致性。

高亮度與高對比設計

為提升病灶細節的可視性，必須搭載高亮度、高對比度的顯示面板，並配合專業亮度調校技術，確保影像清晰銳利。

高 LUT 灰階處理

透過高位階的查找表 (LUT)，能精細呈現平滑且連續的灰階變化，避免畫面出現跳階或斷層，提升判讀準確性。

自動校正機制

內建感應器可定期進行自我校正，維持畫面亮度與灰階表現的穩定性，確保顯示內容持續符合診斷標準。

Radiology Display

Designed for diagnostic imaging, these displays comply with international DICOM standards and feature high brightness and contrast for clear visibility of fine details in X-rays, CT, and MRI results. Ideal for reading rooms and clinical discussions where image accuracy is essential.

Features

Auto Gamma

When viewing the grayscale color image, we have to make sure all the grayscale images meet the DICOM Part14.Through Auto Gamma function, the display can automatically execute the corresponding Gamma curve after detecting whether the input image is a grayscale image or a color image.

Luminance Stabilizer

The Auto Luminance Stabilizer (ALS) is based on a built-in sensor and delivers a consistent viewing experience by maintaining the preferred luminance over display lifetime. Moreover, luminance levels are stabilized shortly after system startup.

High Bit LUT

Precise look-up tables (LUTs), powered by sophisticated algorithms, form the core of our image processing. They ensure smooth tonal transitions, accurate mid-tone reproduction and improved border delineation. Base your diagnose and evaluation on top-notch image quality