Medical Monitor EIZO Radi Force RX270 - 21.3" inch, 2MP Color LED

Ref. number: EIZO-RX270
Price: 9129.00 BGN
Specifications
Manufacturer EIZO
Warranty 60 months
Product code RX270
Barcode 4995047063766
For
Professional
Screen size
21.3 inch
Panel Type
IPS
Technology
LED/IPS
Resolution
1600 x 1200
Aspect Ratio
3:4
3:4
Pixel Pitch
0.27 mm
View Angles
178°/178°
Response Time
20 ms
Signal Frequency
Brightness
500cd/m2
Contrast(Typical)
1800:1
Active Contrast
No
Display Colors
10bit (1.07B)
Special functions
No
Video Ports
DVI
DisplayPort
USB Ports
1 x USB Type-C
USB Type-B
Built-in Speakers
Pivot
70°
Tilt
-5°~+30°
Dimension
357 x (482 - 572) x 200 mm
Swivel
Height adjust range
up to 90 mm
VESA Mounting
100 x 100 mm
Interface for connection
Consumption
33 W
Energy efficiency
Class E
Color
Black

Description

The EIZO RadiForce RX270 is a 21.3-inch color LCD monitor designed for medical imaging. It features a 2-megapixel resolution, making it ideal for displaying CT, MRI, and X-ray images in grayscale, as well as 3D rendering and nuclear medicine images in color

Key Features:

  • Hybrid Gamma PXL: This function automatically distinguishes between monochrome and color images pixel by pixel, ensuring each pixel is displayed with the optimal grayscale or color tone.

  • Sharpness Recovery: EIZO's unique technology restores the sharpness that can be lost when increasing the pixel aperture ratio for high brightness.

  • Anti-Glare and Anti-Reflection: The monitor offers screen variations to suit different environments, reducing glare and maintaining crisp text and images.

  • Consistent Image Quality: The monitor is calibrated to comply with DICOM Part 14, ensuring stable brightness and grayscale.

  • Digital Uniformity Equalizer (DUE): This feature corrects imbalances in brightness and color purity across the screen, providing uniform illumination.

The RX270 is designed to improve the efficiency of viewing both monochrome and color images by displaying them together on one screen. It also includes features like blur reduction and an integrated luminance sensor to maintain consistent image quality