Lasik Clinic

What is LASIK ?

Laser Assisted Stromal In-situ Keratomileusis (LASIK)

Laser Assisted Stromal In-situ Keratomileusis (LASIK) is helping millions of people worldwide who have been fed up with their glasses or tired of wearing and maintaing their contact lenses.

Used to correct refractive errors, LASIK eye surgery is a treatment that reshapes the cornea in order to produce clear vision. The LASIK refractive eye surgery procedure can treat myopia (nearsightedness), hyperopia (farsightedness), and astigmatism, and reduce patients’ dependency on contact lenses and glasses. Because refractive errors impede the focusing ability of the eye, patients who suffer from these conditions experience blurred vision. LASIK eye surgery provides these individuals with an effective treatment option, where a predetermined amount of corneal tissue is removed. This reshaping of the cornea improves the eye’s focusing power and enhances patients’ visual acuity

 

Other Options to achieve Visual Freedom

Experience shows that for one out of four people LASIK or CustomEyesTM is not the correct procedure to achieve the best and safest vision solution for their specific eye condition. Today’s advanced and superior refractive technologies offer many viable options for vision correction. Our Centre offers a full range of corrective procedures. You can be certain that we will direct you to the optimal procedure for your individual condition.

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The Intralase IFS Laser Revolutionizes Lasik

There are two steps in the LASIK procedure. First, the surgeon creates a micro-thin LASIK flap, which is lifted to expose the inner cornea for step two, tissue ablation by an excimer laser. The intralase laser introduced the concept of blade-free LASIK in 2001, representing the first improvement to the procedure’s first step. The iFS Laser introduced in 2009 brings the latest of this technology.

With its excellent safety profile, patient comfort and improved outcomes. LASIK with the IntraLase Method is among the fastest-growing refractive surgical techniques in the country today. The nearly 1200 IntraLase iFS lasers in use worldwide have performed over three and a half million blade-free LASIK procedures. In the U.S. more than 60 percent of all LASIK procedures incorporate the advanced IntraLase Method.

The Next Generation IFS Laser

Total Time:- Less Then 10 Seconds

The ultra-fast laser uses an infrared light beam, generating up to 15,0000 pulses per second, to prepare an optimal corneal architecture below the flap.

Using an “inside-out” process, the IntraLase laser is precisely focused to a point within the cornea, where thousands of microscopic bubbles are formed to define the architecture of the intracorneal surface and the resulting flap.

The surgeon controls flap diameter, depth, hinge location and width, and side-cut architecture — factors that can be varied per patient. Bubbles are then stacked along the edge up to the corneal surface to complete step one.
The physician then exposes the prepared corneal bed for excimer laser treatment by lifting the flap. The LASIK procedure is complete when the flap is securely repositioned on its beveled edge.
Lasik with The Intralase Method Emerging as The Gold Standard

For the majority of top U.S. ophthalmic surgeons and teaching institutions, the IntraLase iFS laser is the technology of choice. Many of tomorrow’s LASIK surgeons are training exclusively using the IntraLase Method, signifying the potential end of microkeratome use in the procedure. In addition to LASIK, the IntraLase iFS laser is the first femtosecond laser cleared for use in a variety of corneal incisions, including advanced corneal transplants.

The Blade: Technology from a Bygone Era?

Prior to the IntraLase laser, LASIK’s first step was done manually with an oscillating razor blade, called a microkeratome. This device causes the majority of LASIK complications and can be unpredictable even in skilled hands.

The flap is then lifted to expose the inner cornea for the second step:- vision treatment by the excimer laser.

What is an Implantable Contact Lens?

The ICL is an ultra thin lens, similar to a contact lens. Its current form has been in development since 1993. The difference to a contact lens is that the ICL is placed inside your eye, rather than on the surface of your eye. Because of its tiny size and softness, it can be folded up so small that it can be injected into your eye in seconds through a tiny hole underneath your eyelid. Once injected, the ICL unfolds into position and there it stays, correcting your eyesight without any further treatment being necessary.

What is an implantable Contact Lens?

The ICL is an ultra thin lens, similar to a contact lens. Its current form has been in development since 1993. The difference to a contact lens is that the ICL is placed inside your eye, rather than on the surface of your eye. Because of its tiny size and softness, it can be folded up so small that it can be injected into your eye in seconds through a tiny hole underneath your eyelid. Once injected, the ICL unfolds into position and there it stays, correcting your eyesight without any further treatment being necessary.

What are The Advantages of The ICL?

The ICL is capable of correcting nearsightedness, farsightedness and astigmatism. If you need a lot of vision correction because you are strongly near or farsighted, the ICL will do the job without an increased potential of problems. As the procedure does not involve removing tissue from your cornea, it is very suitable for people with thin corneas, dry eyes or large pupils. The ICL is invisible and undetectable. The only way that you or anyone else will know you have had ICL treatment is the resulting improvement in your eyesight.