Comparison Matrix: Laser Treatments*

Feature

Laser Treatment

Conventional

CustomVue

Sharpness of Vision   + + + + + + + + +
Quality of Vision   + + + + + + + + +
Night Vision   + + + + + + + + +
Cost   $$$ $$$$

 

Comparison Matrix: Procedures*

Feature

Procedure

LASIK PRK
Initial procedure recovery time < 1 day 2-4 weeks
Recovery time after retreatments < 1 day 2-4 weeks
Postoperative discomfort minimal moderate
Future eye trauma concern level some / mild none
Preservation of future options usually good sometimes better
Both eyes treated at once yes no
Haze concerns negligible mild-moderate

* These matrices are for comparison only. Individual results may vary.

Future Technology

At Hale-Qamar Cataract and LASIK Center, it is our obligation to provide our patients with the safest and most effective technology available. To that end, we are constantly evaluating new devices and techniques. In LASIK, the mechanical keratome has been used for over thirty years to create corneal flaps. There are keratomes based on laser technology that are very expensive and yet to prove their worth. There are high pressure water jet keratomes under construction that are claimed to be able to create the smoothest flap of all, but are yet to be adequately controllable. Dr. Hale has been surveying these technologies for several years. He has even gone as far as to visit laboratories where some of these technologies were being tested. 

Presbyopia, the process known as ageing vision, is being investigated by various groups, and many different approaches have been proposed to solve this universal problem, including implantable lenses, corneal laser techniques, and structural manipulation of the external wall of the eye. While we are several years away from effectively dealing with presbyopia, rest assured that we will keep our patients informed of any significant developments.

In five or ten years, we may see a revolution in cataract surgery that can be adapted to vision correction surgery for those without significant cataracts. There are lenses under development that can be implanted in the eye, measured for accuracy, tested for wavefront aberrations, and then adjusted while inside the eye by treatment with light of a specific wavelength that causes a change in the shape of the lens and improves the vision.

Please sign up for our newsletter so that we can keep you up-to-date on all these exciting advances in our field as they develop:

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