I also use both the femtosecond laser and blade microkeratome technology to create flaps.
All laser lasik vs microkeratome.
Lasik which stands for laser assisted in situ keratomileusis is a type of refractive surgery.
The emergence of femtosecond laser technology has revolutionized lamellar flap creation.
Expect to pay approximately 400 more per eye for all laser lasik compared with conventional lasik with a microkeratome flap.
According to a leading vision care industry analyst the average cost for custom all laser lasik in 2009 was approximately 2 300 per eye including wavefront guided lasik technology.
They treat vision problems like nearsightedness farsightedness and astigmatism.
Then a laser.
Lasik and prk are types of refractive eye surgery.
95 percent of my flaps are made with the laser.
As far as clinical significance it can be tough to tell the difference between a well done blade flap with modern microkeratome technology and a well done laser flap.
Both lasik and prk use a laser to reshape the cornea the.
The reality is that lasik is one of the safest procedures in all of medicine with the microkeratome or with the intralase.
I am comfortable with both technologies.
Many surgeons prefer this method as it grants more flexibility to plan and carry out a personally customized procedure for the patient.
Also called all laser lasik this procedure uses an intralasik femtosecond laser to create the corneal flap instead of a microkeratome.
Microkeratome lasik flaps the keys to femtosecond laser use in my practice are safety and accuracy.
The improved vision that results from lasik surgery with a microkeratome is achieved in two steps.
First the surgeon uses a microkeratome to expose the inner cornea creating a thin flap of corneal tissue.
The surgeon first cuts a thin flap of tissue from the front of the eye.
Vance thompson md facs sioux falls s d.
All laser vs microkeratome lasik microkeratome lasik.
In our study the total rms values of hoas and spherical aberrations for both the femtosecond treated eyes and the microkeratome.
The first step of the lasik procedure involves creating a thin corneal flap with either an automated mechanical device called a microkeratome or a femtosecond laser in the case of all laser intralasik.
In a non randomized study buzzonetti et al found that corneal high order aberrations were higher after lasik with the flap created by a microkeratome hansatome than after lasik with a femtosecond laser intralase.
Then the cornea is reshaped using an excimer laser.