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.
Introducing the next generation of vision correction, built on 140 years of Johnson & Johnson innovation.
Advanced laser precision for
the most effective and
gentle refractive
surgery experience.
Smooth Incision Lenticular Keratomileusis
A fusion of the best aspects of LASIK and LASEK
High stability through natural epithelial regeneration
Fast recovery through flap formation
Less pain · Fast recovery
A gentle, minimally invasive procedure that creates a tiny lenticule within the
corneal stroma and removes it through a micro-incision.
This smaller incision speeds up recovery and enhances not just how well you see — but how clearly.
The result? A high level of satisfaction among today’s vision-conscious patients.
Why do some hesitate about SMILE surgery,
despite its fast recovery and minimal
pain?
Potential concerns: dry eye syndrome, glare/halo effects, and myopia regression
In today's world, quick and low-discomfort procedures have become the norm.
Restoring the eye to its most natural, ideal state

Low
Low energySoft
GentleFast
Fast recoverySafe
Designed toJohnson & Johnson — a global leader in vision correction
Advanced core technologies,
engineered to minimize side effects
1. Biconvex lenticule optimized
for better post-surgical recovery
2. The world's smoothest and gentlest laser
New Lenticule Design for Smoother, Clearer Vision
The shape of the lenticule and the consistency of corneal healing
result in not just better visual acuity, but a higher quality of vision
overall.
Crescent-shaped lenticule
Lenticule shape
Recovery process
Bi-convex (lens-shaped) lenticule
In conventional SMILE surgery, the lenticule’s upper and lower surfaces are asymmetrical, which can lead to misaligned incision planes after removal. As a result, subtle wrinkles may form during healing — potentially affecting visual clarity and contrast sensitivity.
Why clear vision is maintained even in dark environments
Wrinkles scatter light,
leading to blurry vision and poor image clarity.
Light passes cleanly through the cornea, focusing sharply on the
retina
for crisp, clear vision with minimal distortion.
Next-generation laser technology for smoother lenticule formation and precision extraction
The Elita laser irradiates with minimum 40nJ of energy, reducing
thermal damage
to corneal tissue compared to existing SMILE surgery. As a result,
the risk of side effects and complications that may occur after surgery
has decreased.
It is equipped with the laser with the smallest beam size among
existing vision correction laser equipment.
Therefore, it can cut corneal stroma more precisely
and minimize damage to surrounding tissues.
Recovery is so fast that daily life is possible the day after
surgery,
and various side effects can be prevented.
In vision correction surgery, the spacing between laser spots
greatly affects the quality of vision.
If the distance between spots is too far, the lenticule is not properly cut,
requiring physical tearing during separation, which can degrade vision quality after
surgery.
Conversely, if spots are irradiated with excessive overlap,
the resulting bubbles can interfere with the next spot, making accurate
lenticule formation difficult.
Why lenticules should be created deep in the cornea
Relief from dry eye syndrome through corneal nerve protection
Numerous corneal nerves that control tear secretion exist in the upper cornea.
If these nerves are cut or damaged during surgery, tear production decreases,
which can cause dry eye syndrome.
Silk Smile LASIK creates lenticules deep in the cornea,
minimizing corneal nerve damage.
Preventing myopia regression by creating lenticules deep in the cornea
The central cornea is denser and more rigid the closer it is to the surface.
By forming the lenticule deeper in the corneal stroma, Silk Smile surgery preserves the upper
corneal structure, reduces tissue damage, and enhances surgical stability.
This deeper approach also helps lower the risk of myopia regression
and provides better protection against external trauma.
Post-docking correction system
Ensures higher docking success rates with a built-in adjustment system after initial docking.
This feature allows for precise alignment of the central and astigmatic axes, ensuring accurate and stable laser delivery.
Perfect adhesion without gaps
The flat docking interface is designed to accommodate each patient’s unique corneal curvature.
Unlike traditional curved designs, this flat structure ensures complete, uniform contact with the eye — without any gaps.
This also helps prevent suction loss during surgery, improving safety and consistency.
New experience through clear vision beyond vision correction
①
Radial pattern point scanning
for dense and
smooth lenticule formation
②
Ring-like edge cutting
prevents tearing
during lenticule removal
③
Entry point for removing lenticule tissue
easy and smooth removal with vertical incision
④
Lenticule front and back surfaces
smooth
separation