Advantages and Disadvantages of Femto Lasik Surgery

Advantages and Disadvantages of Femto Lasik Surgery can be defined as under.

Advantages of Femto Lasik Surgery

The risk of abrasions throughout surgery is faded.
Decreased risk of iatrogenic astigmatism once LASIK.
Corneal flap thickness is additional predictable .
In specific cases, the unit of time optical device allows the doc to form diluent tissue layer flaps and proper higher amounts of ametropia with nice truth and preciseness.
Femtosecond optical device offers the doc varied choices with relevancy size, form and orientation of the flap for a additional tailored procedure betting on each patient’s specification.
Femtosecond optical device creates a tissue layer flap that has edges that match additional simply and sophisticatedly once the surgery, reducing the chance of dislocation and healing time.
Femtosecond optical device allows the doc to control on corneas with abnormal curve that reduces risks associated with cutting. Treating similar cases with the normal microkeratome would possibly increase the probabilities of “short prop hole” or “free course.

Disadvantages of Femto Lasik Surgery


The overall Femto Lasik optical device surgery takes longer than the standard LASIK surgery with the cutting time over the microkeratome. time unit optical device takes usually around 15-20 seconds to get rid of the flap from the tissue layer, that just in case of the standard microkeratome, takes solely three seconds.
The recovery time could be a very little longer because the eye is subjected to a precise degree of tissue layer oedema. (Appearance of fluid within the tissue layer that takes 24-48 hours to disappear.
One complication that has high probabilities of occurring in bladeless LASIK could be a condition known as Transient light Sensitivity Syndrome (TLSS). TLSS typically happens between 2 to 6 weeks from the date of surgery.
Complications like Inflammatory Syndrome upset and Peripheral animal tissue Invasion square measure a lot of frequent once operated with the time unit optical device.