Blade-Free LASIK in New York City – Dr. Niksarli
Manhattan LASIK Center and Kevin Niksarli, a foremost NYC LASIK surgeon, are pleased to offer the IntraLase Method for Blade-free LASIK surgery utilizing the latest IntraLase FS 60Khz laser.

What is IntraLASIK:
The IntraLase FS laser is a femtosecond laser system that allows LASIK surgeons to offer their LASIK patients a safer, computer facilitated alternative to traditional LASIK. With IntraLase, the laser creates the flap-instead of a blade which makes LASIK a truly all-laser procedure.
With this new technology, patients who were not good candidates for traditional LASIK in the past may now qualify for IntraLASIK. The IntraLase Laser marks the first significant advancement in flap-creation technology in nearly 50 years.
With its computer-controlled software, the IntraLase laser brings a level of accuracy and precision to flap creation for LASIK that may not be attainable with mechanical microkeratome technology. This truly all-laser approach provides patients with a safer, all-laser alternative to the microkeratome and offers a computer-controlled, minimally invasive technique creating precise dimensions in corneal flaps.
Why Choose the IntraLASIK FS 60Khz Laser:
- IntraLASIK provides an extra margin of safety by eliminating potential side effects from mechanical microkeratomes.
- IntraLASIK allows us to perform LASIK on patients with thinner corneas because we can create thinner flaps, allowing us to correct higher levels of refractive errors.
- IntraLASIK provides both the patient and the surgeon with a higher level of confidence in the creation of the flap.
- IntraLASIK makes laser vision correction an all-laser procedure, which significantly enhances its precision and predictability.
- With IntraLASIK, more of our LASIK NYC patients can avoid the longer recovery time of surface laser treatment, also known as PRK, LASEK, Epi-LASIK.
During your consultation and on the day of your procedure, Dr. Kevin Niksarli will inform you if you would benefit from the Intralase technology.
