Over the past few years, eye doctors have begun to turn to wavefront aberrometry as a way to measure their patients' vision especially prior to LASIK surgery. An aberrometer uses aberrometry (aka wavefront technology) to measure how light travels through a patient's eyes. If the patient has any visual errors, this causes the light to take on different shapes that can be used to define those errors. Additionally, some visual errors may be more serious than others. This is all vital information for an ophthalmologist to determine the best course of action for vision correction.
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- Features: -Five-in-One true refractive workstation for all practitioners
- Wavefront aberrometer
- Topographer
- Auto refractometer
- Auto keratometer
- Pupillometer and pupillographer
-Overview summary for optimal clinical decisions
The overview summary provides essentials of measurement and analysis data for cataract and refractive surgery.
-A number of summaries
- Cataract summary
- Toric IOL summary
- Optical quality summary
- White to white summary
-Wider measurement area
9.5 mm diameter measurement area ensures full coverage of almost any pupil and provides 2,520 data points for wavefront aberrometry.
-Greater topography resolution, blue placido rings
33 blue placido mires provide a minimum of 11,880 data points. The blue wavelength allows greater precision in ring detection. - Weight (lbs): Inquire
- Display: Inquire
- Working Distance: Inquire
- Printer: Inquire
- Power Consumption: Inquire
- Dimensions (W × H × D): Inquire
- Sphere Range: Inquire
- Cylinder Range: Inquire
- Axis Range: Inquire
- Measurable Area: Inquire
- Mapping Methods: Inquire
- Measurable Corneal Area: Inquire
- Measurement Rings: Inquire
- Corneal Mapping Methods: Inquire
- Auto Tracking: Inquire
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