Best Lasik Surgeon, Eye Surgeon & Doctors
in Fairfield, Connecticut
Lasik Eye Surgeons
Best lasik eye surgeon and lasik eye doctors in Fairfield, Connecticut
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Refractive Surgery
Dr. Eric Donnenfeld has been a leader in ophthalmology for more than
two decades. Dr. Donnenfeld was one of the original investigators of
the excimer laser and has performed more than 37,000 laser vision
corrective surgical procedures. In fact, he has performed refractive
surgery on more eye doctors than anyone else in the tri-state area
and more LASIK surgeons have chosen Dr. Donnenfeld to perform their
refractive surgery than have chosen all other surgeons combined. Dr.
Donnenfeld was
chosen as the 2005 National Cataract and Refractive Surgeon of the
Year by the Journal Cataract and Refractive Surgery Today.
Dr. Donnenfeld has trained more surgeons to perform refractive
surgery than any other doctor in New York. In addition to his vast
experience in refractive surgery, he is an innovator in the field
and has been chosen to be a principal investigator and consultant
with all three major manufacturers of excimer lasers. Dr. Donnenfeld
has written over 500 papers, books and book chapters on corneal,
cataract and refractive surgery, and he is on the editorial board of
nine medical journals. He is a renowned international authority on
refractive surgery and has lectured throughout the United States and
abroad on this subject.
LASIK has a very quick recovery time. Because the surface
layer(epithelium) of the cornea is preserved, discomfort following
the LASIK is minimal. The LASIK procedure itself involves minimal
discomfort and takes only a few minutes to complete.
Performing LASIK requires more technical skill and training than
other laser procedures. Surgical skill is a key component in the
creation of the corneal flap and Dr. Donnenfeld's experience and
success with this procedure is unsurpassed. Dr. Donnenfeld has
performed over 37, 000 procedures with impressive results.
With LASIK, the greater your prescription, the longer the procedure
takes, yet even the most severe prescriptions require only about one
minute of laser time and utilize only a topical anesthetic in the
form of eye drops.
LASIK is an outpatient refractive procedure that usually takes about
10 minutes to perform. You will enter the laser suite and lie on
your back in a reclining chair. The laser is a large machine with a
microscope and a computer screen attached to it. Anesthetic drops
are used to numb the eye and a lid speculum is used to hold your eye
lids open.
During LASIK, the surgeon first uses a microkeratome to create a
protective corneal flap that allows access to the inner corneal
tissue. Because the corneal flap preserves the surface layer
(epithelium) of the cornea, discomfort following LASIK procedures is
minimized. Surgical skill and experience in the use of the
microkeratome is a key component in the creation of the corneal
flap. Surgeons receive special training for each type of
microkeratome used.
The protective flap is temporarily folded back and
computer-controlled pulses of cool laser light are applied to the
inner layers of your cornea. As the laser pulses, it makes a ticking
sound. The inner layers of the cornea are gently reshaped to
duplicate your contact lens or glasses prescription. This allows you
to reduce or eliminate your dependence on glasses or contacts. The
flap is closed and heals naturally and securely.
CustomVue™ Individualized Laser Vision Correction was developed by
VISX, the company recognized worldwide for bringing innovation and
breakthrough technology to laser vision correction. With CustomVue,
a new standard in laser vision correction is established, providing
a precise level of measurement and correction never before possible.
Using WaveScan™ -based digital technology, originally developed for
use in high-powered telescopes to reduce distortions when viewing
distant objects in space, doctors can now identify, measure, and
correct imperfections in an individual’s eyes 25 times more
precisely than with standard methods used for glasses and contact
lenses. This information is transferred to the laser, providing a
new level of precision and accuracy.