Topcon KR-1W Corneal Wavefront Analyzer

The Topcon KR-1W Wavefront Analyzer is a multifunction diagnostic device
that combines autorefraction, keratometry, and wavefront aberrometry into
a single efficient workflow. It helps practices capture objective refraction data
and evaluate higher-order aberrations—useful for visual quality assessment,
refractive surgery screening, and cataract/IOL decision support.

Key Features
70+ YEARS OF REFRACTOMETERS – With over 70 years of experience designing
and manufacturing high-performance refractometers, Topcon has developed the KR-1W
with ease of use, flexibility, and reliability as core features.
5 FUNCTIONS, 1 DEVICE – Capture aberrometry, topography, keratometry, pupillometry,
and auto-refraction tests without moving the patient.
EASY-TO-USE – The large touchscreen panel and auto-alignment function make
KR-1W simple to operate.
VERSATILE – Perform the five most important types of visual assessment for
your cataract and refractive patients with a single instrument.
RELIABLE MEASUREMENT – Topcon’s Rotary Prism technology provides accurate,
repeatable results.
EMR + DICOM CONNECTIVITY – Easily transport data across USB, LAN export, or DICOM
for fast EMR connectivity.

Technical Details:
– Integrated aberrometry, topography, keratometry, pupillometry, and autorefraction technologies
– Generation of multiple maps for overview analysis
– Fully automated measurements for right and left eyes
– User-friendly interface with touchscreen panel
– Pre and post-operative data for cataract and refractive procedures
– Invisible light topographic measurement
– Network connectivity for seamless integration

The Topcon KR-1W Wavefront Analyzer offers eye care professionals an advanced
and comprehensive solution for accurate wavefront analysis.
With its 5-in-1 functionality, multiple maps for overview analysis, easy operation,
pre- and post-op data capabilities, invisible-light topographic measurement,
and network connectivity, the KR-1W enhances the accuracy, efficiency,
and effectiveness of wavefront analysis in ophthalmic practices.