Unlike traditional LASIK or LASEK, New SMILE LASIK is a fourth-generation vision correction surgery that does not require creating a corneal flap. Instead, it uses a minimally invasive lenticule extraction technique by delivering a laser directly to the corneal stroma through the surface of the cornea.
Utilizing the advanced FEMTO Z8 platform—equipped with next-generation software—it enables precise centration and axis alignment for highly accurate astigmatism correction.
Targeting a safe corneal thickness of 300μm
Thorough equipment inspections every morning and afternoon
Optimized, customized vision correction for each patient
Healing Eye Clinic’s lifelong surgical responsibility guarantee, rooted in our patient care principles
20mm Incision
A vision correction procedure that involves creating a corneal flap using a laser, correcting refractive errors within the cornea, and then repositioning the flap.
2mm Incision
A micro-incision vision correction procedure performed without creating a corneal flap, focusing on precise correction of the cyclotorsion (C-axis) and astigmatism axis.
What Sets New SMILE LASIK Apart
Using the latest 2022 laser surgery system, we perform highly precise procedures with minimal incisions.
High-resolution imaging is provided in real time, enabling precise detection of the pupil edge, full corneal layer structure, anterior lens, and iris. This allows for optimal separation of the corneal stroma and accurate centration for precise vision correction.
Minimizes lens distortion and allows precise centration through the interface.
With high fixation pressure, the risk of suction loss is reduced, enabling safer and more stable vision correction procedures.
2mm micro-incision technique with the latest 2022 technology.
Quick healing allows you to return to daily activities as early as the next day.
(*Some individuals may experience light glare as a side effect.)
A 2mm micro-incision minimizes irritation to the eye.
We ensure a safe surgery by carefully considering corneal thickness, density, and nerve cell positioning.
