The eye institute of utah is proud to offer the fastest femtosecond laser in the world the wavelight fs200.
Fs200 femtosecond laser.
Wavelight fs200 femtosecond laser.
The wavelight fs200 femtosecond laser is at the cutting edge of refractive technology.
George is proud to have been the first surgeon in the dallas forth worth area to obtain.
The wavelight fs200 femtosecond laser is the perfect partner for the wavelight ex500 excimer laser both comprise the wavelight refractive suite for lasik eye surgery.
The iop increase is comparable to other microkeratomes and femtosecond lasers.
This laser integrates new functions to deliver fast effective and extremely reliable femtosecond laser treatments including typical standard flap creation in roughly 6 0 seconds.
Alcon wavelight fs200 femtosecond laser is the world s quickest excimer laser and intended to deliver highly precise and predictable results.
Learn more about the alcon wavelight refractive laser suite and how it may benefit your practice.
There are several qualities that make the alcon wavelight fs200 femtosecond laser the gold standard in refractive surgery technology including.
The minimized opaque bubble layers allow the surgeon to perform an excimer laser treatment immediately.
Efficiency the wavelight fs200 is exceptionally fast creating a flap in approximately six seconds.
The incomparable speed of this technology is a major factor that contributes to the safety of our.
In wavelight fs200 group the flap was created using wavelight fs200 femtosecond laser.
The fs200 femtosecond laser is step one of lasik and is the world s fastest flap creator.
Delivering precise predictable outcomes with a standard flap created in approximately 6 0 seconds.
Superior hinged flaps were created with 8 5 mm diameter for both of the two groups.
The pulse duration was about 350 femtosecond.
The fs200 features the fastest flap creation times approximately 6 seconds.
Actually wavelight fs200 is currently able to make a flap into the particular requirements of a patient at approximately 6 minutes.
The laser uses an infrared beam of light to precisely separate tissue through a process called photo disruption.
The wavelight fs200 femtosecond laser provides a high reproducibility for cutting three dimensional tissue structures.
