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What is Bladeless LASIK?
With Bladeless LASIK, the surgeon uses a laser to create the corneal flap called the IntraLase. This technology enables the surgeon the ability to customize the corneal flap for every individual patient. In recent studies done by IntraLase, this technology may now make it possible to treat those who were previously dismissed as non candidates due to thin corneas. - Studies have shown the incidence of dry eye symptoms may be reduced with Bladeless LASIK.
- With Bladeless LASIK surgeons can treat a wider variety of patients, including patients with thin corneas.
- Bladeless LASIK has been used in more than one million LASIK procedures worldwide.
Advantages of IntraLase® Technology
The IntraLase® laser presents specific advantages that many Arizona patients find reassuring.
Because IntraLase® is computer-guided, it produces precise flap thickness every time, reducing the uncertainty of outcome that can sometimes occur with other procedures. As a result of the accuracy possible with the IntraLase® laser, overall LASIK results are more predictable.
Clinical studies have shown that more patients achieve perfect (20/20) vision after laser vision correction with IntraLase®. Barnet Dulaney Perkins Eye Center only performs bladeless LASIK procedures. Using a laser to create the corneal flap minimizes the risk of flap-related complications; in addition, this advancement allows patients with thin corneas to successfully undergo LASIK surgery.
Finally, fewer secondary or follow-up LASIK procedures are needed when the initial treatment uses IntraLase®. The less time you have to spend in the doctor's office, the more time you can spend enjoying your crystal clear vision!
Creating the Corneal Flap with IntraLase®
During a traditional laser vision correction procedure at our Arizona practice, the first step of LASIK is to create a flap in the cornea. This flap is then folded back and the underlying corneal tissue is reshaped with a laser.
To create a corneal flap, the IntraLase® laser is focused within the cornea at the correct depth. Each pulse of the laser forms a microscopic bubble of water vapor and carbon dioxide; thousands of bubbles are created next to each other to form a continuous separation between the layers of corneal tissue. Once the flap is complete, your surgeon will gently lift the top layer and fold it to the side. Your eye is now ready for laser vision correction with the ALLEGRETTO WAVE® laser.
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