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iLASIK Vision Correction Patient

Cornea Refractive Surgery

Advanced CustomVue LASIK

Developed to make the LASIK laser eye surgery procedure even more effective, wavefront allows for a complete, personalized measurement of a patient’s entire visual system, including the eye’s shape, lens shape, corneal shape, depth of the eye and the most accurate identification possible of anatomic anomalies that could cause vision conditions such as impaired night vision or the presence of halos. After each eye is evaluated, the computer designs a personalized LASIK surgical plan for the patient, and the surgeon loads that plan directly into the computer of our VISX Star 4 laser.

iLASIK is Here

Triad Eye Institute is proud to offer the latest advancement in LASIK technology, iLASIK.

iLASIK is a completely blade-free approach to LASIK vision correction.  With iLASIK, a cornea flap is made using an ultra-fast, IntraLase femtosecond laser. Then an excimer laser is used to correct the vision to the patient’s unique specifications. Traditional LASIK still uses a handheld device called a microkeratome to create the initial cornea flap, but with iLASIK, the procedure is completely blade free.

LASEK

Laser assisted subepithelial keratectomy (LASEK) is a laser surgical procedure for the correction of refractive error. LASEK is specifically used to correct astigmatism, hyperopia (farsightedness), and myopia (nearsightedness). It is a “hybrid” technique between laser assisted in situ keratomileusis (LASIK) and photorefractive keratectomy (PRK).

Epi-LASIK

Triad Eye Institute offers a variety of cornea refractive procedures to help you achieve the best vision possible.

Epi-LASIK is a version of LASIK surgery designed to correct some of the potential problems patients may experience with LASIK, iLASIK and LASEK. Epi-LASIK is basically a hybrid of all three, but there are some key differences.

PRK Vision Correction

First introduced in the 1980s, Photorefractive Keratectomy (PRK) is the original laser vision correction procedure.

To perform PRK surgery, the laser eye surgeon first removes the thin cornea covering, known as the epithelium. He then reshapes the cornea using the VISX Star 4 laser. The epithelium regenerates in just under a week. PRK entails some short-term, mild pain, but the outcomes are the same as LASIK laser eye surgery. Vision is usually not the clearest at first, but does improve by the end of the week.