refractive vision correction
Am I a Candidate for Laser Vision Correction?
Is the treatment painful?
How much time off from work will I need?
How long will the surgery take?
Is the procedure permanent?
Will I still need reading glasses after the procedure?
Does my health insurance cover this type of procedure? What are my options?
What will it cost and do you have financing plans?
What are the risks of refractive surgery?
I am interested in laser vision correction. What do I do next?
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Refractive surgery and laser vision correction are among the most exciting medical developments of the past several decades. Laser vision correction can now be used to treat nearsightedness, farsightedness and astigmatism. Using the most advanced technology available today, we are able to reduce or even eliminate the need for eye glasses or contacts. We believe in a conservative approach to refractive surgery and take time with our patients "one-on-one" to discuss all questions and concerns. The decision to have laser vision correction is an important one and we believe in helping our patients to make an informed decision. At Simpson Eye Associates, patients receive expert care in an environment, with the individual in mind. What is Laser Vision Correction? Laser Vision Correction encompasses PRK and Refractive Vision Correction: |
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(PRK) Photo Refractive Keratectomy is performed using the Excimer laser. First used to cut silicone computer chips, the laser has been refined and studied extensively and was then approved by the FDA in the Fall of 1995. Its use in our practice began one month later. The computer driven laser produces cool light energy that precisely reshapes the surface of the eye (cornea), thus changing its power to improve your vision. This can be done in a matter of seconds. (Refractive Vision Correction) Laser Assisted In-situ Keratomileusis combines the use of the Excimer laser to reshape the cornea after an automated microkeratome creates a thin flap in the corneal surface to expose the area to be treated. To reshape the cornea to correct nearsightedness, farsightedness and astigmatism, the laser is used to remove a small amount of corneal tissue beneath the flap. The corneal flap is then replaced to its natural position without the use of sutures. This allows for a more painless treatment and a surprisingly fast recovery time. |
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