IntraLase - Safer LASIK

Dr. Lee Hung Ming
Head of Refractive Surgery, The Eye Institute

Bausch & Lomb

Comparative Study Actually Demonstrates Superiority of IntraLase Flap

09/21/07
NASA

NASA Approves Advanced LASIK for use on Astronauts

12/11/06
U.S. Naval Project

IntraLase Method represents the best of the best.

11/08/06
1 Million Flaps

IntraLase Sets New LASIK Standard with 1 Million Procedures Performed Worldwide.




INTRALASE - Safer LASIK

By Dr Lee Hung Ming

Breakthrough technology that has made LASIK surgery even safer and more precise is now available at TEI. In fact, TEI @ Tan Tock Seng Hospital remains the first and only restructured hospital to offer Intralase for myopia and astigmatism correction in Singapore. Since the introduction of Intralase last year, more than 1000 myopic eyes have been successfully corrected with this all-laser approach.

Conventional LASIK
LASIK is currently the most commonly performed laser procedure to correct myopia (near-sightedness), astigmatism and hyperopia (far-sightedness) worldwide, as well as in Singapore. It has been proven to be safe, predictable and effective. Traditionally, LASIK involves 2 steps:

1. An automated mechanical surgical blade is used to cut a thin hinged corneal flap which is then folded aside;

2. A computer-controlled laser beam is then applied onto the underlying corneal bed to change the shape and thickness of the cornea, thereby eliminating myopia, astigmatism or far-sightedness. The corneal flap is then flipped back into place. While results remain excellent and complications rare, some of them may be related to how precisely and uniformly the corneal flap is made by the blade.

Blade-less, All-Laser LASIK with Intralase
With Intralase, there is no need for surgical blades. Instead, the computer-controlled Intralase machine emits very short wavelengths of laser energy (femto-seconds or 10-15 seconds) to precisely and uniformly fashion the corneal flap. This converts the partial-laser approach to the new all-laser approach, thus bringing LASIK to an even higher level of safety. The shape and size of the flap can be precisely pre-determined and created with this all-laser approach. Furthermore, with such precision, an even thinner 100 micron corneal flap can be fashioned, instead of the conventional 160 microns. This makes it possible to treat people with high degrees of myopia but thin corneas, who were previously excluded from LASIK.

Intralase was approved by the US Food & Drug Administration (FDA) for use in LASIK three years ago. Since then, more than 100,000 Intralase procedures have been successfully and safely performed worldwide.

 

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