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We offer advanced eye care treatments designed to improve your vision and eye health. Our expert team ensures personalized and comfortable care for every patient.
Excimer Laser
A Clearer Vision, A Simpler Solution
Excimer laser is an advanced technology designed to correct common vision problems—myopia (nearsightedness), hyperopia (farsightedness), and astigmatism—by reshaping the cornea, the transparent front surface of the eye. For patients who are not suitable candidates, intraocular lens (IOL) alternatives may be considered.
Who Can Have Excimer Laser Treatment?
You may be a good candidate if:
• You’re 18 years or older
• Your eye prescription has been stable for at least a year (no more than 0.5 diopter change)
• You have:
o Myopia up to -12 diopters
o Astigmatism up to ±6 diopters
o Hyperopia up to +6 diopters
• Your corneal thickness and shape meet the safety criteria
A detailed eye examination will determine your eligibility. Final approval is always made by a specialist ophthalmologist after reviewing all diagnostic results.
What Happens Before the Surgery?
Before the procedure, you will undergo a comprehensive eye screening, which includes:
• Vision tests with and without glasses
• Refraction measurement using computerized systems
• Biomicroscopy, where your eyes are examined under a slit-lamp
• Corneal topography, to map and measure your cornea’s thickness and curvature
• Wavefront analysis to detect micro-irregularities affecting visual quality
• Intraocular pressure check
• Pupil size measurement
• Dilated retinal exam (DFE) to assess the health of your retina and optic nerve
• Tear film test to rule out or diagnose dry eye
These tests help us design a treatment plan that is both safe and tailored to your needs.
After the Surgery – What to Expect
Recovery is usually quick, but certain precautions are necessary to protect your eyes:
• Use your prescribed eye drops and medications as instructed
• No eye patch is needed, but you should wear protective glasses for the first 24 hours
• Avoid:
o Eye makeup
o Swimming pools
o Saunas and steam rooms
o Solariums
for at least a few days, or as advised by your doctor
Most patients return to their normal daily routines within a few days—with a brand-new, clearer perspective.
Advanced Vision Correction with Precision Laser Technology
FEMTOLASIK is a state-of-the-art laser vision correction method that combines the precision of a femtosecond laser with the effectiveness of Excimer laser reshaping.
In this technique, the femtosecond laser creates millions of tiny air bubbles beneath the corneal surface in just seconds, forming a precise, ultra-thin flap. This flap is gently lifted by the surgeon, and the Excimer laser is applied to reshape the cornea to correct visual errors. The flap is then repositioned, naturally adhering without the need for sutures.
Key Advantages of FEMTOLASIK
• Instant clarity: Most patients experience a significant improvement in vision immediately after surgery.
• Minimal discomfort: Little to no pain, burning, or stinging sensation is reported.
• Quick recovery: Return to daily activities and work with minimal downtime.
• High correction potential: Effective even in patients with high refractive errors (diopters).
Considerations & Limitations
While FEMTOLASIK is a highly effective and safe method, certain factors should be considered:
• Not suitable for patients with very thin corneas
• May contribute to dry eye symptoms in some individuals
• Alters corneal biomechanics, which may reduce corneal resistance
• Temporary elevation of intraocular pressure may occur post-procedure
A detailed preoperative assessment will determine if this method is suitable for your eye structure and lifestyle.
Femtosecond Laser in Cataract Surgery
The femtosecond laser is also revolutionizing cataract surgery, offering a bladeless and highly precise approach.
In this procedure:
• Corneal incisions and lens capsule openings are performed using the femtosecond laser
• The cataract (clouded lens) is softened and fragmented with laser energy rather than ultrasound
• As there is no ultrasonic vibration, surrounding eye tissues remain unharmed, reducing trauma and speeding up recovery
This method is painless, suture-free, and enhances the overall safety and precision of cataract surgery.
Femtolasik
Lasik
LASIK Procedure Overview
LASIK is a vision correction surgery where a thin flap is precisely created on the corneal surface, traditionally using a microkeratome (a motorized blade). The underlying corneal tissue is reshaped using an excimer laser, then the flap is repositioned to heal naturally. In bladeless LASIK, this flap is created using a femtosecond laser for increased precision and comfort.
Benefits
• Patients experience significant visual improvement immediately after the procedure.
• The surgery is virtually painless, with minimal to no burning or discomfort.
• Fast recovery enables quick return to daily life and work.
• Suitable for correcting high degrees of refractive errors.
Limitations
• Not recommended for individuals with thin corneas.
• May increase the risk of developing dry eye symptoms.
• Can alter the natural biomechanics of the cornea.
• Potential reduction in corneal strength.
• Temporary elevation in intraocular pressure may occur.
A Brief History of Laser Eye Surgery
Corneal Refractive Laser Eye Surgery has become one of the most prominent and transformative treatments in modern ophthalmology. Over the past three decades, the technology behind it has seen remarkable advancements, driven by high patient demand and rapid technological innovation. Today, three primary laser correction techniques are widely recognized: PRK, LASIK, and SMILE.
PRK – Surface Ablation
Photorefractive Keratectomy (PRK) was the first generation of laser eye surgery. It involves surface ablation of the cornea using an excimer laser. As a flap-free technique, PRK remains a cost-effective and reliable option, particularly suitable for patients with thinner corneas. However, it typically involves a longer healing period and greater postoperative discomfort compared to newer methods.
LASIK – Flap-Based Surgery
LASIK (Laser-Assisted In Situ Keratomileusis) is the second generation in laser vision correction and has become one of the most widely performed procedures. This method involves creating a corneal flap and reshaping the underlying tissue using an excimer laser. The main advantage of LASIK lies in its short recovery time. However, because it involves creating a flap, there is a potential risk of flap-related complications.
SMILE – Minimally Invasive Flapless Surgery
SMILE (Small Incision Lenticule Extraction) represents the most recent advancement in laser eye surgery. Unlike LASIK, SMILE does not involve creating a flap. Instead, it uses a femtosecond laser to extract a small lens-shaped tissue (lenticule) through a tiny incision, making it a flapless and minimally invasive technique. This innovation offers increased biomechanical stability, lower risk of dry eye, and fewer complications, especially for active or contact-sport participants.
SMILE Technology – A New Era in Refractive Surgery
SMILE revolutionized refractive surgery by introducing lenticule extraction via a small incision, reducing side-cut by up to 80% and cap-cut by 30% compared to LASIK. This leads to significantly less disruption to corneal nerves, minimizing the risk of dry eye and promoting faster, safer healing. Its flapless nature ensures greater corneal integrity and reduces the chances of infection or epithelial in-growth.
Relax Smile
No Touch
TransPRK (No-Touch Laser) Eye Surgery
TransPRK, also known as No-Touch Laser, is a surface-based laser eye correction technique where the laser is applied directly to the corneal surface without any mechanical incision or flap creation. Unlike other methods, the epithelial layer is gently removed by the laser itself, minimizing instrument contact and reducing surgical trauma.
Advantages
• Cost-effective option for vision correction.
• Suitable for patients with thin corneas or high risk for flap complications.
• No increase in intraocular pressure, making it ideal for glaucoma-prone patients.
• Reduced risk of dry eye, as corneal nerves remain largely unaffected.
• Maintains corneal biomechanical strength and structural integrity.
Limitations
• Temporary discomfort such as pain, burning, and tearing may persist for several days post-op.
• Recovery period is longer; visual clarity may take up to 3–4 weeks.
• Limited effectiveness in high hyperopia and astigmatism cases (>2 diopters).
• Increased risk of corneal haze in patients with high myopia (> -5.00).
• Not ideal for patients with low-level myopia due to lower satisfaction outcomes.
• Higher susceptibility to postoperative infections if aftercare is not followed strictly.
Presbyond Laser Blended Vision with MEL 90
Presbyond Laser Blended Vision, powered by the MEL 90 Excimer Laser system, represents a breakthrough in treating presbyopia — the natural age-related loss of near vision. Unlike conventional laser techniques focused solely on correcting myopia, hyperopia, or astigmatism, Presbyond is specifically designed to address the decline in near vision without compromising distance clarity.
What makes this procedure exceptional is its patented technology developed exclusively for the MEL 90 platform. With over three decades of proven success in excimer laser treatments, MEL 90 now extends its precision to those aged 40 and above seeking a permanent solution to reading glasses.
Key Benefits
• Offers a lifelong improvement in near vision with natural results.
• Eliminates the need for reading glasses or multifocal contact lenses in everyday life.
• Compatible with patients who have undergone cataract surgery or may require it in the future.
• Preserves quality near vision even after cataract operations.
• Delivers results unmatched by other near vision correction methods.
Comparison with Alternative Treatments
Corneal Inlay (KAMRA)
This procedure involves implanting a synthetic inlay into one eye using femtosecond laser technology. While effective in some cases, it is costly and can lead to reduced visual field and impaired depth perception. Additionally, the inlay often needs to be removed before cataract surgery, adding further risk and expense.
SUPRACOR
A limited solution with a near vision correction capacity of only up to +1.5 diopters. Patient satisfaction tends to be low, and the results often diminish after the age of 50.
INTRACOR
A femtosecond laser-based approach that reshapes the cornea from within. While it can provide some improvement in near vision, its usage is rare due to high cost and limited long-term data on effectiveness.
Laser Presbyond
PRK Lasek
PRK / LASEK Vision Correction
A surface-based laser eye surgery where no incision is made in the cornea. Instead, only the thin epithelial layer is gently removed, allowing the laser to reshape the underlying tissue. A protective contact lens is placed post-surgery for healing.
Key Benefits
• Cost-effective and safe for thinner corneas
• No increase in eye pressure
• Preserves corneal nerves and reduces dry eye risk
• Maintains the natural strength of the cornea
Considerations
• Temporary discomfort and blurry vision for a few days
• Slower visual recovery (up to 4 weeks)
• Not ideal for high astigmatism or hyperopia
• Slight haze risk in severe myopia
• Requires more downtime than LASIK
Refractive Laser Technologies
Refractive laser surgery is commonly used to correct visual disorders such as myopia, hyperopia, astigmatism, and presbyopia. These procedures reshape the cornea to improve the eye’s focusing ability.
Advanced technologies like Wavefront, iDesign, and Topo-Guided Lasers represent personalized treatment systems developed by leading manufacturers. They allow for micron-level precision, smoothing the corneal surface and tailoring each procedure to the individual’s unique eye structure.
The goal: Sharper vision with maximum accuracy and minimal side effects.
Refractive Laser
Cataract
Cataract Surgery & Modern Technıques
Cataracts cause clouding of the eye’s natural lens, often due to aging, leading to blurred vision and light sensitivity. Surgery is the only effective treatment. Two advanced methods are available: Phacoemulsification, which uses ultrasound to remove the lens through a micro-incision, and Femtosecond Laser, a bladeless, high-precision alternative offering faster recovery and minimal tissue trauma.
Personalızed Lens Optıons
During surgery, the cloudy lens is replaced with a premium intraocular lens (IOL). Based on individual needs, patients can choose from monofocal, bifocal, or trifocal lenses—each designed to enhance vision at different distances and reduce dependence on glasses. Lens selection is tailored to lifestyle and visual expectations.
Rejuvenate Your Eyes: Non-Surgical Eye Contour Solutions
Our eyes are often referred to as the windows to the soul, and the skin surrounding them deserves just as much care. The area around the eyes is significantly thinner and more delicate compared to other parts of the face, making it more prone to early signs of aging and damage.
Unlike other facial areas, the eye contour reacts more sensitively to products like creams and masks. Ingredients beneficial to the rest of the face may cause irritation or long-term harm when applied too close to the eyes. This makes proper product selection and gentle application essential for long-term care.
Understanding Eye Wrinkles and Prevention Tactics
As we grow older, the skin naturally loses its thickness, moisture, and elasticity. Factors such as age, stress, smoking, alcohol consumption, and inadequate sleep accelerate this process. Fine lines that appear while laughing or squinting can gradually become permanent. One of the main contributors to this is the gradual loss of collagen.
To delay the aging process, especially around the eyes, it’s crucial to be gentle when removing makeup, drying your skin, or applying treatments. Taking a careful approach helps preserve the skin’s resilience and youthfulness.
The Importance of Daily Eye Contour Care
Once the skin around the eyes is damaged, restoring its firmness and vibrance becomes extremely difficult. Prevention is key. Using gentle, fragrance-free creams or homemade natural moisturizers can support this sensitive area without causing irritation. A consistent sleep routine, healthy nutrition, and minimal stress all contribute to preserving the skin’s vitality.
Non-surgical methods like proper hydration, antioxidant-rich diets, and avoiding harmful habits can go a long way. Protecting your skin today means preserving its appearance for tomorrow.
Combatting Dark Circles & Puffiness Naturally
Hydrating the under-eye area and using targeted eye care products are the first steps toward minimizing dark circles. A balanced diet with plenty of fruits, vegetables, and antioxidant-rich supplements can slow the wrinkling process and support skin renewal.
Getting enough vitamins and minerals aids collagen production and enhances skin elasticity. Remember, aging is inevitable — but aging gracefully is a choice. Facial exercises focused on the eye area can stimulate blood flow, support muscle tone, and keep collagen fibers active.
Late nights and insufficient sleep interfere with the body’s natural cell regeneration processes, and the first place this shows is under your eyes — resulting in dark circles, puffiness, and wrinkles. Splashing your face with cold water during the day can energize the skin and reduce puffiness. Staying hydrated and practicing deep breathing can also keep your skin fresh and vibrant.
Sun exposure is another key factor in premature aging. Protect your skin by avoiding peak UV hours, wearing sunglasses, and applying sunscreen consistently — even on cloudy days.
Eye Contour Enhancements: Restore Youthful Radiance
Our eyes are not only essential for vision but also play a key role in facial expression and beauty. The aesthetic appeal of the eyes goes beyond the eyeball itself — it includes the eyelids, the surrounding skin, and the outer eye area. Modern medical treatments now make it possible to significantly reduce fine lines and wrinkles in this sensitive region.
Precision Matters: Why Treatments Must Be Performed by Specialists
The substances used in eye contour treatments are typically neuromodulators derived from bacterial proteins that temporarily interrupt nerve-muscle communication. While highly effective, these substances must be administered with extreme care. Incorrect dosage or poor technique can lead to undesirable outcomes. That’s why these procedures must be performed by experienced medical professionals with in-depth knowledge of the eye’s anatomical, vascular, and nerve structure. When applied correctly, the results can be both safe and remarkably rejuvenating.
Brighten Your Expression with Eye Area Aesthetics
Crow’s feet — those fine lines at the corners of the eyes — often develop from frequent facial expressions, overuse of eye muscles, or past injuries. These dynamic wrinkles can be softened or even eliminated with carefully planned aesthetic procedures. When performed by experts, eye contour applications offer a refreshed, vibrant look without compromising natural facial harmony.
Eye Contour
Dark Circles
Understanding Dark Circles: Causes and Solutions
Dark circles under the eyes are a common concern affecting individuals of all ages. They often result from either increased pigmentation or the naturally thin skin in the under-eye area. Though harmless, these shadows can create a tired, aged, or even unhappy appearance, especially in women, leading to aesthetic discomfort.
What Causes Dark Circles?
1. Hyperpigmentation and Allergic Reactions
Increased pigmentation in the under-eye area can create a darker tone around the eyes. This may be linked to conditions like eczema (atopic dermatitis) or allergic reactions. Nasal congestion, which leads to the dilation of blood vessels under the eyes, may also contribute to this shadowed appearance. People with darker skin tones tend to show this pigmentation more clearly. In some cases, rare conditions like Nevus of Ota can also be a factor.
2. Thin or Translucent Under-Eye Skin
When the fat layer beneath the skin is minimal or absent, the veins underneath become more visible. This is especially true in individuals experiencing fatigue or anemia, where circulation issues make dark circles more prominent.
3. Skin Laxity and Aging
Loss of elasticity in the skin due to aging can cause sagging and deepening of under-eye hollows. As the tissues lose firmness and volume over time, the tear trough area becomes more defined and shadowed, contributing to the appearance of dark circles.
Effective Treatments for Under-Eye Dark Circles
Laser Therapy
Laser technology is often used to reduce vascular visibility and stimulate collagen production in the delicate under-eye skin. This helps improve skin thickness and reduce pigmentation over time.
Chemical Peels and Topical Solutions
Chemical treatments can target hyperpigmentation and promote cell renewal, leading to brighter, more even-toned skin.
Dermal Fillers
Injectable treatments, especially those based on hyaluronic acid, are frequently used to restore lost volume under the eyes. These fillers help smooth out hollows and reduce the shadow effect.
Fat Transfer & Surgical Options
In cases of severe volume loss or deep tear troughs, surgical interventions such as fat grafting or lower eyelid blepharoplasty may be considered for more permanent results.
A Refreshed Look Through Precision
Some individuals are born with eyelid irregularities, while others develop them later in life. One of the most common concerns is asymmetry, where one eyelid appears higher or lower than the other. In some cases, both eyelids may exhibit issues in shape, volume, or muscle tone. Fortunately, modern eyelid aesthetic procedures offer highly effective and safe solutions to correct these conditions and restore facial harmony.
When eyelids appear balanced in shape, size, and function following surgery, the procedure is considered successful — both medically and aesthetically.
Ideal Age for Eyelid Surgery
While droopy eyelids can be congenital, they tend to become more prominent with aging. As the upper eyelids begin to sag and enter the visual field, they may interfere with sight and lead to discomfort. Most individuals seeking eyelid aesthetic procedures are between the ages of 35 and 40, according to medical statistics.
Key Considerations Before Undergoing Eyelid Surgery
Here are essential details you should know:
• The procedure is usually performed under local anesthesia, allowing the patient to remain awake and comfortable throughout.
• Despite being conscious, patients do not feel pain during the surgery.
• The operation typically lasts about 1 to 2 hours.
• Incisions are made along natural folds of the eyelids, ensuring minimal visible scarring.
• For lower eyelid surgery, the incision is placed just beneath the lash line.
• The surgery involves removal of excess skin and sometimes the repositioning or removal of fat tissues. While preserving fat pads is often a priority, removal may be necessary in specific cases for a better result.
Recovery and Aftercare
Since eyelid surgery is a minor surgical intervention, it requires detailed preoperative planning and individualized design based on the patient’s eye anatomy. A successful outcome depends on this personalized approach.
Post-surgery, it’s normal to experience swelling around the eyes, especially during the first two days. By day five, swelling and bruising begin to fade significantly, and most patients return to normal within two weeks.
There’s no need for hospitalization after the procedure. With proper care at home, the healing process can be managed smoothly and comfortably. Rest, cold compresses, and following post-operative instructions carefully are essential for optimal recovery.
Eyelid Aesthetics
Light Filling
Subtle Touches for a Youthful Look
Our eyes are among the most expressive and delicate features of the face. Beyond the clarity they offer in vision, their surrounding contours significantly influence our overall appearance. Eye beauty encompasses not just the eyeball itself, but also the eyelids, under-eye area, and outer corners. Fine lines and age-related hollows can be softened considerably with non-surgical methods such as light filling.
Why Light Fillers Require Expert Application
Light filling involves the use of specific substances — often hyaluronic acid-based — that restore volume and smoothness to the eye contour area. Some aesthetic procedures may also include neuromodulators derived from bacterial proteins, which work by temporarily relaxing the muscles that cause dynamic wrinkles.
These treatments must be administered by skilled physicians who understand the eye’s complex anatomy — including its muscular, vascular, and nerve structures. Improper dosage or technique can lead to undesired outcomes. However, in the right hands, these methods can safely and effectively rejuvenate the eye area.
Targeting Crow’s Feet and Under-Eye Hollows
Wrinkles around the outer corners of the eyes — commonly known as crow’s feet — are often caused by repetitive facial expressions, overactive eye muscles, or even past trauma. Light fillers and muscle-relaxing injections are widely used to smooth these lines and restore a more youthful appearance. With customized treatment plans, patients can enjoy natural-looking results that maintain facial harmony.
What Light Filling Really Refers To
In everyday language, terms such as “eye rejuvenation,” “eye contour aesthetics,” “crow’s feet treatment,” or “anti-wrinkle eye injections” all generally refer to the same category of cosmetic procedures: the targeted, non-surgical use of fillers and neuromodulators around the eyes to reduce wrinkles and enhance youthful appearance.
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