Galaxy Lens is a state-of-the-art lens used in cataract surgery and presbyopia treatment. The Galaxy lens distinguishes itself with its spiral optical design and AI-supported development process, aiming to reduce some of the vision problems caused by multifocal lenses.
Galaxy has been developed as a multifocal (multi-focus) alternative. It aims to enhance visual quality and minimize visual side effects like halos, glare, and blurriness that occur under low light conditions.
Differences Between Traditional Lenses and Galaxy Lens
Achieving balance and minimizing side effects in presbyopia-corrective IOLs is a significant challenge. With its diffraction-free spiral optical design, Galaxy offers an alternative solution to this challenge. Its distinguishing feature from traditional multifocal lenses is its ability to transmit light smoothly with a spiral optical structure.
Advantages of Galaxy:
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Seamless Focus Transition: Instead of stepped focus regions on the lens surface, a spiral-shaped gradual transition is provided. Seamless clarity can be achieved between far, middle, and near distances.
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Reduced Halo and Glare: The spiral surface ensures balanced distribution of light to the retina. Halos and glare experienced in low-light environments, such as night driving, can be significantly reduced.
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0% Light Loss: With its non-diffractive structure, all incoming light is transmitted to the retina. Contrast reductions due to light loss seen in traditional trifocal lenses are minimized.
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High Contrast Sensitivity: Its feature of preventing light loss allows colors to appear vibrant and clear.
AI-Supported Lens Design
Galaxy Lens stands out as an AI-developed spiral optical lens. The optical surface of the lens has been optimized by AI using extensive patient data and clinical results. This has increased its adaptability to different eye structures and enhanced AI optical centering performance.
Who Is Eligible for Galaxy Lens?
The Galaxy intraocular lens may be suitable for patients undergoing cataract surgery where the natural lens will be removed and for those with refractive errors such as hyperopia (farsightedness) or presbyopia (difficulty seeing up close).
Patient criteria:
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Individuals experiencing a significant decrease in vision quality due to cataracts,
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Patients with an active lifestyle desiring clear vision at near, middle, and far distances,
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Candidates wanting to experience multifocal lenses but may be disturbed by light distortions,
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Individuals with astigmatism who want refractive error correction in a single procedure.
A special evaluation should be conducted for patients considering intraocular lens replacement or cataract surgery. A person's lifestyle, expectations, and eye health could play a role in the correct lens selection.
Frequently Asked Questions
Is the Galaxy Lens applied permanently?
Yes, the Galaxy intraocular lens is implanted permanently. During surgery, it is implanted into the eye after removing your natural lens and remains fixed within the eye. Post-application, the lens does not need to be replaced, thus, it can be considered a one-time permanent treatment option.
Which model can patients with astigmatism use?
The toric model of the Galaxy has been developed for patients with astigmatism. The toric lens corrects the irregular refractive error caused by curvature in the cornea, providing clear vision.
Is pain felt during surgery?
No, pain is not felt during cataract surgery and lens implantation. The procedure is performed under local drop anesthesia, numbing the eye so the patient may only experience a mild pressure or touch sensation during the surgery. The operation is completed quickly, and the patient is discharged on the same day.
When is the Galaxy Lens preferred?
The Galaxy Lens can be preferred for improving visual quality in patients undergoing cataract surgery. It can also offer an effective solution for those experiencing near vision problems due to presbyopia or seeking astigmatism correction. The appropriate lens choice is made by evaluating the patient's expectations, lifestyle, and eye structure through a detailed examination.