Wavefront Lasik - How it s done and what it is
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Wavefront LASIK: What It Is and How It’s Done
Understanding Wavefront LASIK
Wavefront LASIK is an advanced form of traditional LASIK surgery that provides a more precise correction of vision. Unlike standard LASIK, which reshapes the cornea uniformly, Wavefront LASIK uses a wavefront sensor to obtain detailed measurements of the eye's unique imperfections. These measurements reveal lens irregularities, known as optical aberrations, which can distort vision.
How It Works
In Wavefront LASIK, the cornea is sculpted based on a customized map of the eye, providing a tailored solution to vision correction. This personalized approach can reduce side effects often observed in traditional LASIK, such as halos or glare caused by induced spherical aberrations. By integrating wavefront technology, surgeons can access critical information that enhances the accuracy and success of the procedure.
The Benefits of Wavefront Technology
Wavefront technology elevates vision correction by precisely matching the laser’s action to the patient's specific visual system. By measuring refraction at multiple eye points as light reflects, a comprehensive “map” of the eye is created. This data ensures that the LASIK laser is programmed correctly, enhancing the likelihood of achieving optimal results.
Clinical trials have demonstrated that about 80% of patients undergoing Wavefront LASIK achieve 20/20 vision, a notable improvement over traditional methods. Additionally, this technology helps identify patients who may not be suitable candidates for LASIK surgery.
Additional Advantages
Wavefront technology’s ability to detect an extensive range of aberrations involves using a fixation target alongside an input laser beam. A wavefront sensor measures the slope of the exiting wavefront. Ideally, a perfectly flat wavefront will return when the laser light enters the eye and exits. This evaluation helps surgeons determine the exact procedure needed to reshape the cornea effectively.
While Wavefront LASIK technology might sound complex, it has been employed in various fields, such as telescope optics, to eliminate aberrations. By distinguishing between lower and higher order aberrations, this technology contributes to a more precise and personalized LASIK experience.
In summary, Wavefront LASIK represents a significant advancement in corrective eye surgery, offering a more tailored, effective solution with fewer side effects compared to traditional LASIK.
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