Ikegami IPIMLW-2627C-3D 26 Inch Color LCD 3D Medical Monitor

Recently viewed

Ikegami IPIMLW-2627C-3D 26 Inch Color LCD 3D Medical Monitor

Ikegami IPIMLW-2627C-3D 26 Inch Color LCD 3D Medical Monitor

  • SKU: IPIMLW-2627C-3D
$17,450.00
Request Quote

The MLW-2627C-DC Type3D reproduces a realistic 3D image with a high brightness of 400cd/m2 [ 2D : 850cd/m2] providing a high-definition image with the color reproduction and functionality required in the medical field.

High Luminance 3D
Featuring 400cd/m2 brightness, High Luminance 30 imagery, for lively real-life picture quality.
Multi-channel Function with Side-by-Side and Picture-in-Picture
The input signal can be displayed simultaneously with side-by-side or picture-in-picture display modes.
Dynamic Image Contrast Enhancer
By calculating the brightness of the entire screen and extending the dynamic range between white and black in real time, automatically optimized black level and high contrast are achieved.
Hyper Image Enhancer
By controlling the chromaticity, luminance, and edge enhancement of a specific color space, the MLW-2627C-DC Type3D is able to improve the reproduction of difficult areas within a picture.

The MLW-2627C-DC Type3D reproduces a realistic 3D image with a high brightness of 400cd/m2 [ 2D : 850cd/m2] providing a high-definition image with the color reproduction and functionality required in the medical field.

High Luminance 3D Featuring 400cd/m2 brightness, High Luminance 30 imagery, for lively real-life picture quality. Multi-channel Function with Side-by-Side and Picture-in-Picture The input signal can be displayed simultaneously with side-by-side or picture-in-picture display modes. Dynamic Image Contrast Enhancer By calculating the brightness of the entire screen and extending the dynamic range between white and black in real time, automatically optimized black level and high contrast are achieved. Hyper Image Enhancer By controlling the chromaticity, luminance, and edge enhancement of a specific color space, the MLW-2627C-DC Type3D is able to improve the reproduction of difficult areas within a picture.