BSM Eye Clinic.
BSM Eye Clinic.
BSM Eye Clinic.
BSM Eye Clinic.
BSM Eye Clinic.
BSM Eye Clinic.
BSM Eye Clinic.
BSM Eye Clinic.
BSM Eye Clinic.
BSM Eye Clinic.
BSM Eye Clinic.
BSM Eye Clinic.
2-DAY LASEK vs. conventional LASEK: how do the procedure and recovery differ?
2-DAY LASEK uses no physical tools such as alcohol or brushes.
Every step, from removing the corneal epithelium to correcting your vision, is performed by laser alone,
so more of the cornea is preserved and you can return to daily life in just 2 days.
BSM Eye Clinic
BSM Eye Clinic
BSM Eye Clinic
While conventional LASEK removes the epithelium manually with a brush or medication, 2-DAY LASEK performs every step with 100% All-Laser technology.
By minimizing the wound area, it fundamentally reduces the cause of pain, and, true to its name, offers an outstanding recovery speed that lets you return to daily life in just 2 days.
Those with sensitive eyes prone to dry eye syndrome and redness
Those who cannot have LASIK or SMILE LASIK because their cornea is thin
Those worried about post-operative pain and a long recovery
Those who want clear night vision without light scattering or glare
Those who want a safer, more precise procedure than conventional LASEK with an All-Laser approach
Point 01
Where conventional LASEK took about a week for pain to subside and recovery, 2-DAY LASEK
needs just 2 days. The Amaris laser’s rapid treatment dramatically shortens the time the cornea
is exposed to the laser, preventing thermal damage to the cornea and
shortening the recovery period.
Point 02
The lenticule is formed deep in the cornea without touching the upper corneal layer, where the nerves that regulate tear production are concentrated,
greatly reducing concern about dry eye syndrome,
a common issue after surgery.
Point 03
A survey of post-operative dry eye improvement showed an improvement of about 85% compared with conventional LASEK.
With a stable tear film, you can expect your eyes to stay moist and comfortable
after surgery.
Point 04
The corneal ablation area is reduced by about 40%, preserving sufficient residual corneal thickness.
This not only helps prevent side effects such as keratoconus but also reduces light scattering at night,
providing sharper, higher-quality vision.