Custom LASIK

Custom LASIK
(also known as wavefront LASIK or wavefront technology)

Understanding custom LASIK eye surgery. LASIK eye surgery has simply been getting better since the first cases performed in the mid 90’s. Today, eye doctors around the world are happy to offer wavefront technology to patients wanting a more customized treatment option.

Wavefront technology was pioneered for space science and physics to aid in reducing aberrations or imperfections in the optical systems of telescopes. In much the same way, wavefront-sensing devices are being used to produce an accurate picture of the optical imperfections found in the human eye. Everyone’s eyes suffer from distortions, commonly called aberrations. Aberrations are divided into 2 main categories known as HIGH ORDER and LOW ORDER. The low order aberrations are very common and are corrected through conventional LASIK, glasses or contact lenses and come in the form of hyperopia, astigmatism and myopia. Wavefront technology actually approaches the issue of the higher order aberrations. Higher order aberrations are unfamiliar imperfections that cannot be measured with a standard refraction. These imperfections are typically measured by an abertometer and in CUSTOM LASIK this data gets converted in a wavefront map of your eye. The wavefront technology treatment actually converts wavefront information into a laser pattern that is then used to correct higher order aberrations. Once the wave map is created this information is transferred to an excimer and incorporated into the excimer laser treatment

What Can Custom LASIK Do for You?

• Improve overall quality, contrast and crispness of your vision
• Possibly improve your night driving vision
• Allow you to see better than you can with glasses or contact lenses
• Improve your chances of seeing 20/20 or better

CustomVue LASIK Clinical Study Results (VISX LASIK FDA STUDY)

VISX's FDA clinical study results were remarkable. Among other things:

At one year after the VISX CustomVue procedure;

• 100% of the clinical study participants could pass a driving test without glasses or contacts
• 98% of the clinical study participants could see 20/20 or better without glasses or contacts
• 70% of the clinical study participants could see 20/16 or better without glasses or contacts