Traditional LASIK Eye Surgery – Serving Dallas and Fort Worth, Texas

Prior to IntraLASIK, traditional LASIK eye surgery was the vision correction procedure performed on the vast majority of patients with nearsightedness (myopia), farsightedness (hyperopia), and astigmatism at our center serving Dallas and Fort Worth, Texas. IntraLASIK combines the accuracy of the Femtosecond (FS) laser with the precision of today’s computer technology.

What is involved in traditional LASIK?

Traditional LASIK is a two-step process. In the first step, the LASIK eye surgeon uses a special surgical instrument called the microkeratome to create a thin flap in the cornea of the eye. In the second step, the excimer laser is used to precisely reshape the inner surface of the cornea. Dr.Tylock has performed the traditional LASIK procedure thousands of times at our facility serving Dallas and Fort Worth laser eye surgery patients.

For the correction of nearsightedness, a LASIK surgeon uses an excimer laser to flatten the center of the cornea, and for farsightedness the surgeon makes the cornea more convex or steeper by treating in the periphery. These changes enable light rays to focus more directly on the retina, so images are in better focus. Once the LASIK eye surgeon treats the inner surface of the cornea, the protective flap of the cornea is gently folded back into place. No stitches or shots are used during the LASIK procedure, and most patients enjoy improved vision as soon as one day after the procedure.

Is traditional LASIK still available?

img-eyeball1While it typically provides very good results, the traditional LASIK eye surgery procedure can cause complications because it is difficult to ensure an accurate depth and consistent thickness of the corneal flap with the blade technology. This procedure is surgeon dependent and requires extensive training and experience with the use of the microkeratome. Dr. Tylock used this traditional procedure up until 2002 when he acquired the superior Femtosecond laser technology.

With the introduction of the Femtosecond (FS) all laser IntraLASIK procedure, now featured at our laser eye care center serving Dallas and Fort Worth area, it is no longer necessary to use the microkeratome blade device. Complications from creating the corneal flap are virtually eliminated by using the Femtosecond (FS) laser. Combine this with Custom Wavefront technology, and our Custom IntraLASIK eye surgery patients in the greater Dallas and Fort Worth, Texas region have access to the best LASIK technology available.

img-eyeball2In traditional LASIK, the corneal flap is made using a microkeratome. Then the flap is folded back, and the eye is treated with an excimer laser.

Traditional Microkeratome Blade

The microkeratome is an instrument that holds a surgical blade and is operated by hand or a motor. The surgical blade creates the corneal flap, leaving an uncut section to serve as the flap’s hinge. The flap is then folded back to expose the underlying corneal layer where the excimer laser is used to reshape the corneal curvature.

If you would like more information about IntraLASIK or LASIK eye surgery in general, please contact us for a copy of our new informational CD-ROM or information packet. We also invite you to attend one of our complimentary Tuesday night seminars held at the Tylock Eye Care & Laser Center serving Dallas / Fort Worth area.

We offer custom LASIK eye surgery near Fort Worth and Dallas, Texas. Dr. Tylock has performed more than 60,000 LASIK procedures and will find the best laser eye surgery procedure to meet your needs.

Tylock Eye Care & Laser Center offers CustomVue™ measurements and analysis, LASIK laser vision correction, PRK laser eye surgery, Wavefront™, WavePrint mapping, and IntraLASIK to residents of Dallas and Fort Worth, Texas. Tylock Eye Care & Laser Center is proud to serve the residents of Allen, Arlington, Bedford, Carrollton, Coppell, Dallas, Euless, Fort Worth, Frisco, Ft Worth, Garland, Hurst, Irving, Las Colinas, Mansfield, McKinney, Plano, Richardson and surrounding Texas communities.