Overview

With the accelaration of medical info digitization, medical imaging diagnosis has entered an era of digtial film reading. So far most medical establishments have made big investment in imaging devices, while less consideration of radiologists i.e. human effect of the whole efficiency equation:
 

● Using conventional film reading environment, ignored the medical display's luminence is much lower than the film viewing illuminator, consequently medical display is more sensitive to ambient light;
● Over bright ambient light leads to contrast ratio drop, DICOM deviation, which will affect the diagnosis result and bring about medical disputes eg. undiagnosis / misdiagnosis etc.
● Radiologists in our country are heavy workload and have long working hours, they spent the majority of their time sitting, reviewing and reporting on thousands of patient images, resulting in a very sedentary workplace environment. They in particular have been found to be at high risk of neck, back, shoulder and wrist injuries. These risks increase over time and can significantly impact physician productivity, personal health and diagnostic accuracy.
● Rational space design/layout is required, current situation with severe mutual interference, no noise reduction method, all cables clutter up the workstation

 

Features

Scenario