Description

Retinography
High resolution non-mydriatic fundus camera

An easy to use 12-megapixel fundus camera is incorporated into the MP-3 and acquires high resolution images of retinal pathology.
Feedback exam for visual rehabilitation

The visual rehabilitation mode trains low-vision patients who have lost foveal fixation to relocate their preferred retinal locus (PRL) to a different region, called the trained retinal locus (TRL). The TRL is predetermined by a physician, and fixation rehabilitation allows the patient better functional vision (i.e. reading speed) due to increased fixation stability and visual outcomes.

Active flickering pattern stimulation and cheery music create an effective and pleasant training experience for the patient.

The MP-3 has a wider range of stimulus intensity, from 0 to 34 dB, compared to the MP-1. The MP-3 measures perimetric threshold values, even for normal eyes. A maximum stimulus luminance of 10,000 asb* allows evaluation of low-sensitivity.

Wide Measurement Range
Auto Tracking and Auto Alignment
Fixation Test
High Resolution Non-mydriatic Fundus Camera
MP-3 Images of Pre- and Post-treatment Comparison

The 12-megapixel fundus camera in the MP-3 acquires high resolution images of retinal pathology and allows easy image acquisition

Sale – Nidek MP-3 Micro-Perimeter Features

Microperimetry with a wide measurement range
Fixation test with a precise tracking system
High resolution non-mydriatic fundus camera
Feedback exam for visual rehabilitation
Scotopic microperimetry
Auto tracking and auto alignment

Sale – Nidek MP-3 Micro-Perimeter Microperimetry
Wide measurement range

The MP-3 has a wider range of stimulus intensity, from 0 to 34 dB, compared to the MP-1. The MP-3 measures perimetric threshold values, even for normal eyes. A maximum stimulus luminance of 10,000 asb allows evaluation of low-sensitivity.
Fixation test
Precise tracking system

The MP-3 can measure fixation and determine the preferred retinal locus, simply by having the patient fixate on a target Constant tracking of the eye during microperimetry allows evaluation of fixation in patients with central visual field defects and determines whether fixation improves after treatment.