5MP Mammo Tomosynthesis Display

Description

DICOM Diagnostic Mammography Tomosynthesis Monochrome display with high contrast and reliable outputs. This basic diagnostic monitor enables you to display and diagnose high-quality monochrome diagnostic breast images.

Features

• 14-bit look-up table
• Embedded IQ Sensor
• PrivateLite
• DisplayPort & DVI

Enhanced Efficiency

These diagnostic monitors have a built-in IQ-Sensor and are combined with network calibration software that automatically calibrates the diagnostic display to the DICOM 3.14 standards.
The medical display also features an onboard luminance correlation sensor that continuously monitors the output to detect any change in the backlight luminance and automatically adjusts the backlight to reach its optimum luminance.
With the ambient control sensor, the diagnostic display measures the ambient lighting within the reading room environment to notify you if significant changes are observed.
The N-Series diagnostic DICOM displays are equipped with both DVI and DisplayPort connectivity providing faster and more reliable delivery of data as well as the versatility needed to be plug-and-play compatible with legacy systems.
These displays also come equipped with a built-in LED light perfect for use in a dark reading room when a private, adjustable light source is needed.
An easily accessible USB port is in front of every diagnostic display for easy data transfers and/or downloads with an additional 3 USB ports on the back of each display.
The Intuitive user interface makes it easy for the user to navigate display settings and options.

N-Series Pixel by Pixel Precision

The N-Series diagnostic medical displays features a wide viewing angle with IPS (In Plane Switching) technology with TFT LCD Panels. Images appear bright, crisp, consistent and uniform from almost and viewing angle. The 10-bit (Reg, Green and Blue) TFT LCD technology provides a display with over 1 billion shades of grey for true 10-bit reproduction on screen delivering you with the most accurate and precise diagnostic image display on a screen. The Maximum Luminance Uniformity is usually challenging, however, these displays use Digital Uniformity Correction making sure that you always get the correct output.