Medical Display

Medical displays deliver high resolution for grayscale imaging precisely.It's DICOM compliance, brightness consistency and uniformity stable assurance. These ensure image consistency across devices and support accurate diagnostics results. Additionally, medical displays require strong electromagnetic interference resistance, hygienic and easy-to-clean surfaces, and long-term stability to meet the rigorous demands of clinical environments.

Radiology

Design Highlight

Compliance with DICOM Part 14

To meet diagnostic imaging standards, radiology displays must support DICOM Part 14 calibration, ensuring consistent grayscale presentation across different systems and devices.

High Brightness and Contrast

To clearly visualize subtle lesion details, displays must feature high-brightness, high-contrast panels along with precise luminance calibration for sharp and accurate image reproduction.

High-Level LUT Grayscale Processing

Equipped with high-bit Lookup Tables (LUT), these displays deliver smooth and continuous grayscale rendering, minimizing artifacts like banding and enhancing diagnostic precision.

Built-in Auto-Calibration

An integrated sensor enables automatic calibration at regular intervals, maintaining consistent brightness and grayscale accuracy to ensure ongoing compliance with medical imaging standards.

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

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.

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.

Medical Display

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

Luminance Stabilizer

High Bit LUT

6MP Color 30"(ODM only)

3MP Color 21.3"(ODM only)

2MP Color 21.3" (ODM only)

1MP Color 19" (ODM only)

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.

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.