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WaveLight EX500
A fast, precise excimer laser used for vision correction after reviewing corneal maps and refractive error.
Clinic Services
Vision Correction Surgery
We provide multiple vision-correction technologies and select the most suitable platform for each eye after detailed corneal and visual-quality testing, with the goal of improving treatment precision and achieving the best possible result.
Why Our Approach Is Different
Multiple Vision-Correction Platforms
We do not rely on one device for every patient. After corneal assessment and ocular measurements, we select the technology best suited to each case.
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SCHWIND
Advanced technology that supports customized treatment based on eye measurements and offers multiple options for correcting refractive errors.
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Femtosecond Laser
Used in selected vision-correction procedures to prepare the cornea precisely without a traditional surgical blade.
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Detailed Preoperative Examination
We assess corneal thickness and topography, dry eye, pupil size, and visual quality before making a decision.
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Technology Selected for the Individual Eye
A technology that suits one eye may not suit another, so the procedure is not selected until testing is complete and results are reviewed.
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Postoperative Follow-up
Clear instructions, a medication schedule, and postoperative follow-up to support recovery and monitor visual quality.
Not Every Patient Is Suitable for the Same Procedure
The Right Choice Starts with the Examination
We discuss the available laser options and their differences, then select the most suitable technology based on corneal shape, thickness, refractive error, dry eye status, and lifestyle.
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LASIK & Femto-LASIK
Common options selected according to corneal condition, refractive error, and test results.
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Surface Laser (PRK)
May be suitable for selected corneas after evaluation of thickness and topography.
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Customized Treatments Based on Ocular Measurements
Advanced measurements may be used to customize treatment when clinically appropriate.
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Treating Dry Eye Before Surgery
When dry eye is present, it is treated first to improve measurement accuracy and postoperative comfort.
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Clear, Realistic Expectations
We explain expected outcomes, alternatives, and risks before a decision is made.
Surface Laser or LASIK?
We Explain the Difference Clearly
Both procedures correct refractive error, but the technique and speed of recovery differ. After corneal testing, we identify the option best suited to your eye.
PRK
More Conservative for Selected Corneas
Surface Laser (PRK)
The laser is applied to the corneal surface after removal of the thin epithelial layer.
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Procedure
Vision correction is performed from the corneal surface.
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Recovery
Vision improves gradually over the first days and weeks.
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Postoperative Dry Eye
Less
May Be Suitable When
Corneal thickness, corneal characteristics, or lifestyle favor this option.
OR
We Select the Best Option After Examination
LASIK
Usually Faster Recovery
Femto-LASIK
A thin flap is created with the femtosecond laser and the excimer laser is then applied beneath it.
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Procedure
A thin flap is prepared, followed by vision correction within the cornea.
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Recovery
Faster
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Postoperative Dry Eye
More
May Be Suitable When
Corneal thickness and measurements are suitable for this procedure.
Multiple Technologies Instead of a Single Platform
We Have Two Excimer Laser Platforms to Select the Best Match for Your Eye
We use WaveLight EX500 and SCHWIND AMARIS 1050RS because some eyes may benefit more from a particular treatment profile or platform. Having more than one platform provides greater flexibility to individualize treatment instead of forcing every case onto a single device.
WaveLight EX500
SCHWIND AMARIS 1050RS
Ocular & Corneal Mapping
We use detailed maps and measurements to build a customized treatment when appropriate.
Eye Tracking During Treatment
Tracking systems monitor small natural eye movements and help keep treatment centered at the planned location.
Data-Based Selection
We compare measurements and platform characteristics before selecting the most suitable system—not after entering the operating room.
Identify the Source of Blur Before Treating It
Visual Quality Analysis with iTrace
Blurred vision may not be caused by refractive error alone. We use iTrace to analyze visual quality and help distinguish aberrations originating from the cornea from those arising inside the eye.
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A deeper analysis of blur, glare, halos, and visual quality than standard refraction alone.
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Helps determine whether the source of the problem is the cornea, natural lens, or internal optics.
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Supports selection of the procedure and treatment profile most consistent with examination findings.
MMC
Additional Steps to Reduce Complications
Mitomycin Use During Surface Laser Treatment
In selected PRK cases, mitomycin C may be used during surgery at a concentration and duration determined by the surgeon, to help reduce the risk of postoperative corneal haze.
It is not used in the same way for every patient; the decision depends on the correction required, corneal thickness, and treatment plan.
Care Does Not End After Laser Treatment
We Treat Dry Eye with Advanced Technology to Support Visual Stability
Dry eye can affect comfort and visual quality after vision correction. We therefore assess the ocular surface before and after surgery, and build treatment around the cause rather than relying only on lubricating drops.
Book a Vision Correction Assessment
IPL E-EYE
Light-based technology used in suitable cases to treat dry eye associated with meibomian gland dysfunction.
LipiFlow
Thermal pulsation treatment for meibomian glands when blockage or reduced oil secretion is present.
Customized Postoperative Plan
Includes appropriate drops, treatments, and technologies according to ocular-surface findings and symptom severity.
Vision Correction Starts Before the Day of Surgery
It starts by identifying the source of blur, then mapping the cornea, choosing the technology and platform, and treating dry eye, while clearly discussing expectations. This is the difference between a standardized procedure and a treatment plan designed for your eye.
Start Your Assessment NowStart with a Detailed Examination to Identify the Most Suitable Technology
Book a vision correction assessment and we will determine the most suitable platform and technique after reviewing your eye and corneal examinations.