Femto-LASIK (Laser In Situ Keratomileusis)

Femto-LASIK (Laser In Situ Keratomileusis)

Femto-LASIK is the most frequently performed laser treatment and life-style surgery with the highest human satisfaction.

Under local anesthesia, a thin flap of about 0.1mm thickness is first prepared on the surface of the cornea with the Femto-LASER. This takes about 25 seconds. The eye is kept open by a lid retractor (you cannot close the eye).

After that, the flap is folded down, it is not possible to remove it completely, because a tissue bridge is left at the upper edge of the cornea (hindge) for safety.

The treatment is now performed without contact in the cornea. This gives the cornea its corrected shape (slightly thinner and flatter for myopia treatment). Duration depending on the correction between 2-20sec. During this procedure you fixate on a light. Smallest movements of the eye are compensated by the LASER (active eye tracker, 1050 times per second), so there is no treatment on an undesired spot of the cornea and an optimal result is achieved.
The flap is then folded back to its original position and wetting and antibiotic eye drops are administered.

You can expect much better vision right after LASER treatment than before and clear vision within the first day.

Duration procedure: 5 minutes / eye

Advantages:
- correction myopia, hyperopia, astigmatism, presbyopia (presbyopia)
- pain: only slight burning sensation in the first 2-4 hours
- inability to work: 1 day
- sports restriction: 1 week, contact and ball sports 1 month
- optical rehabilitation: in 4-12 hours
- treatment of both eyes on the same day

Disadvantages:
- Technically more complex
- More expensive, 2 LASER in use
- Dry eyes in the first months

Price: CHF 2'290 / eye
(preliminary examinations, follow-up examinations and medication, 24/7 accessibility for the first 3 months, 10 years follow-up is included if medically indicated)

Anatomy of the human eye

Human eye

The eye is one of our most important sensory organs for orienting ourselves in our environment. In its structure and functioning, the eye can be compared to a camera lens: Light rays ...

Outer eye shell

The outer shell is formed by the transparent cornea and the opaque white sclera. Both tissues give the eye its shape and strength. The conjunctiva covers the sclera in front ...

Conjunctiva (lat. Tunica conjunctiva) & Eyelid

The conjunctiva "connecting garment" (lat. Tunica conjunctiva) is a mucous membrane of the anterior segment of the eye and surrounds the cornea and the visible white part of the eye. With each blink, the conjunctiva distributes ...

Ciliary muscle (lat. Musculus ciliaris)

The ciliary muscle belongs to the inner eye muscles and is located in the ciliary body (lat. corpus ciliare) - also called the ray body. The ciliary body is a section of the middle eye skin and, besides the suspension ...

Posterior eye chamber (lat. Camera posterior bulbi)

The posterior chamber of the eye is smaller than the anterior chamber. It extends from the iris to the vitreous body - in it lies the lens. The aqueous humor - which covers both the posterior ...

Cornea (lat. Cornea)

Light enters the eye through the cornea, where it is then transmitted to the lens and pupil. The cornea is therefore also called the "window of the eye" and is a ...

Pupil (lat. pupilla): Eye hole of the eye

The pupil is the circular aperture in the center of the iris. Light enters the interior of the eye through the pupil. Its size is regulated by the surrounding iris, depending ...

Rainbow skin (lat. Iris)

The iris is the colorful part of the eye and is as individual as a fingerprint. The so-called iris, or "colorful aperture" of the eye, can be changed by an individual pigment distribution in ...

Middle eye shell

The middle shell consists of three sections with specific functions. The iris adjusts the incidence of light. The ciliary body produces aqueous humor and regulates the curvature of the lens for near or ...