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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| Company | Bausch & Lomb, Inc. | Bausch & Lomb, Inc. |
| Item | Zyoptix® Diagnostic Workstation | Zywave® II Wavefront Aberrometer |
| Price | Inquire | Inquire |
| Description | Absolute precision demands absolute knowledge. Access it with the Bausch & Lomb Zyoptix® Diagnostic Workstation which utilizes the Technolas® 217z Zyoptix® System for Personalized Vision Correction. The workstation unites two trusted | Trusted technology. Precisely measured. Zywave® II Wavefront Aberrometer offers precision diagnostics, measuring refractive error by identifying the total aberrations of the eye. As part of the Bausch & Lomb Zyoptix® Diagnostic Workstation, |
| Features | - Technolas® 217z Zyoptix® System
- Zywave® II Wavefront Aberrometer
- Orbscan® IIz Anterior Segments Analysis System
| - Range: Spheric +6.00D to -12.00D, Cylinder 0.00D to 5.00D
- Total wavefront analysis through the 5th order, 8mm pupil diameter
- Assists in establishing a specific refractive treatment plan to correct an individual's particular aberrations
- Based on Hartmann-Shack proven technology
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| Get quote | Inquire | Inquire |