ABOUT US
Ali Sipahier M.D
Born in 1971 in Adapazarı, Op. Dr. Ali Sipahier M.D graduated from Istanbul University Istanbul Faculty of Medicine in 1995 and completed his specialty training in Ophthalmology at the same faculty in 2000. During his specialty training, he worked in the Department of Ophthalmology at Istanbul Medical Faculty.
Throughout his professional life, he has worked in important health institutions such as ,Göznurunu Koruma Vakfı Hisar Intercontinental Hospital and Bayrampaşa Eye Hospital. He is currently working at Bayrampaşa Eye Hospital.
Specializing in Cataract and Refractive Surgery, Keratoconus Treatment and Medical Retina, Dr. Ali Sipahier is an active member of many national and international professional associations. He has increased his competence in the field of laser and advanced eye surgeries with numerous training and certification programs.
INSIDE EYE
Smart Lenses
Being the most commonly performed surgery in the world and thanks to the support of the industry, there have been significant advances in both surgical technique and intraocular lens technology in cataract surgery in recent years.
Until 20 years ago, this operation, which was performed as a standard procedure and required the use of near and far glasses after surgery, has enabled a life without glasses.
PREMIUM
Smart Intraocular Lens Applications
These lenses are designed to provide clear vision at both near, intermediate and far distances. They minimize the need for glasses.
Toric Lenses
Contact lenses specially designed to correct astigmatism. They provide a clear and balanced vision as they have different refractive powers in both vertical and horizontal axis.
Multifocal Lenses
Multifocal lenses are multifocal contact lenses designed for clear vision near, far and intermediate distances. They are often used to treat presbyopia and reduce the need for glasses.
Edof Lenses
EDOF lenses provide clear vision at far and medium distances by increasing the depth of focus. They are generally preferred in cataract surgeries and offer the advantage of reducing night glare.
How Can I Get Rid of Glasses or Contact Lenses?
Refractive errors can now be treated permanently with today’s technology.
This treatment, which has been safely applied all over the world for more than 30 years and has eliminated the dependence of millions of people on glasses or contact lenses, is performed with a device called Excimer laser.
SMILE
Laser Treatment
The latest development in corneal refractive correction is the SMILE technique, developed by the company Zeiss. This technique, which stands for Small Incision Lenticule Extraction, involves removing a small piece of tissue through a 2–4 mm incision using a femtosecond laser, without lifting a flap.
Compared to femto-LASIK, this surgery is faster as it uses a single device. Recovery is much quicker, corneal biomechanics are better preserved, and because the nerves are less affected, dry eye occurs less frequently.
KERATOCONUS
Treatment
Keratoconus is a progressive disease that affects both eyes and is characterized by the bulging and thinning of the transparent layer (cornea) that forms the front part of the eye.
The most important complaint in this disease, which is more common in people with a family history and allergic constitution, is low vision that cannot be corrected with glasses. Keratoconus usually starts at the age of 15-16 and can progress until the age of 35. The course of the disease may vary from person to person.
With Laser Technology
See Life More Clearly!
Effective, safe solutions for cataracts and refractive errors with advanced laser methods…
FEMTO - FAKO
Cataract Surgery with Laser
Femtosecond laser technology, which has been used with increasing frequency in refractive surgery in recent years, is now available for cataract patients.
Thanks to the femtosecond laser, the most important stages of phaco surgery are performed completely computer-controlled without human intervention, thereby greatly reducing the possibility of complications. Another advantage of femtosecond phaco is that the socket in which the artificial intraocular lens is placed can be prepared extremely smoothly.
