- Condition: Used - Excellent
- Brand: MICRO MEDICAL DEVICES
- Type: Visual Field Analyzer
- Model: PALMSCAN VF2000 VR Visual Field Analyzer
The PalmScan VF2000 Visual Field Analyzer is a revolutionary advancement in visual field testing. This battery operated and fully portable system, allows users to perform Screening and Full Threshold visual field tests on patients in any setting. Whether your patient is pediatric, disabled or even bedridden, the new “Fast Threshold – Interactive” algorithm promptly performs a threshold test and evaluates the patient’s vision within a few minutes. The system is completely independent of any ambient light, which eliminates the need for a dark room or eye patch to occlude the fellow eye. Furthermore, the Visual field test can be performed with white, red, green or blue stimulus against black or yellow backgrounds for additional perspective on your patient’s vision. The Automated Statistical Trend analysis will automatically assess the progression of field defects on every threshold test report. In addition, the GHT algorithm will analyze the report and help the physician identify abnormal test outcomes.
The Controller app for this device has a user-friendly Interface, which offers a multitude of tests for detecting Visual Field Defects. The final printed report is designed to be familiar to physicians, as it includes numerical and grayscale maps for Absolute, Total and Pattern deviations. In addition, Mean Deviation progressions are graphed, so the physician can quickly determine any significant visual field changes.
An extensive age-related normative database has been developed for this system in order to ensure proper measurements for each test taken.
Other benefits to the system include the “gaze tracking” option. Gaze tracking ensures that the test only progresses when the patient is focused on a fixation target. This reduces the number of inaccurate tests.
Includes 24-2, 24-1, 30-2, 30-1 and 10-2 Full Threshold test patterns
This device has been opened and tested. Like new condition.