The Topcon KR-8800 Autorefractor Keratometer features fast, easy and accurate measurements. The Topcon KR-8800 Autorefractor Keratometer also offers a 20% wider measurement range, a color LCD screen, and a 2.0mm minimum pupil diameter. Fast and accurate refraction and keratometry readings are also standard on the KR-8800, as well as a new color LCD screen. The Topcon KR-8800 Autorefractor Keratometer offers Rotary Prism measurement for enhanced accuracy. Other features offered on the Topcon KR-8800 Autorefractor Keratometer are simultaneous display of binocular readings, scenic fixation chart, USB connection for fast data transfer, and auto fire mode for fast reliable data collection.
Simultaneous Display of Binocular Readings
The new color LCD monitor simultaneously displays the readings of both right and left eyes so that the operator can instantly observe all of the pertinent information.
Wider Measurement Range
The new 8800 series’ wider range allows measurements to be obtained on patients with up to 10D of astigmatism.
Rotary Prism Measurement System
The new 8800 series features Topcon’s exclusive Rotary Prism Technology for unmatched accuracy and reliability. The off-centered ring target is able to measure areas that may be occluded by a small diameter pupil. The prism angle enables a much wider area of the retina to be measured. As a result, the measurement image provides extremely reliable data.
Faster Measurement
The 8800 series are among the fastest auto refractors in the world. A specially designed CPU enables the 8800 series to significantly reduce the measurement time.
Scenic Fixation Chart
The scenic color chart makes eye fixation easier and is adjustable in two brightness levels for optimal measuring results with either large or small pupils.
Auto Measurement
As soon as the KR-8800 is properly aligned, this innovative function initiates the measurement process and completes three readings of each eye providing that proper alignment is maintained.
Cornea Diameter Measurement
Corneal diameter can be measured either during testing of the patient or later by recalling the image of the cornea on the monitor.
