Keratoconus is a progressive corneal condition in which the normally round cornea gradually thins and bulges forward into a cone-like shape. This distortion causes irregular astigmatism and blurred vision that cannot be fully corrected with glasses or standard soft contact lenses.
At our Miami Beach optometry clinic, Dr. Rachel Shlomov, OD provides comprehensive keratoconus evaluations and advanced vision correction using custom specialty contact lenses, including scleral lenses. Patients from Miami Beach, Surfside, Bal Harbour, and across South Florida often seek care here after struggling to achieve clear, comfortable vision elsewhere. If you’ve been searching Keratoconus Near Me, our clinic offers Keratoconus in Miami Beach with detailed diagnostics and customized lens planning.
What is keratoconus?
Keratoconus is a non-inflammatory corneal ectasia that typically begins in adolescence or early adulthood and may progress over time. As the cornea becomes thinner and more irregular, light entering the eye is scattered, leading to distorted and fluctuating vision.
The condition affects each eye differently and may progress at different rates, making individualized evaluation and monitoring essential.
Common symptoms of keratoconus
Patients with keratoconus often report:
- Blurry or distorted vision
- Increasing astigmatism
- Frequent prescription changes
- Ghosting or shadowing of images
- Glare and halos, especially at night
- Poor vision even with Keratoconus Glasses
- Contact lens intolerance
Symptoms may worsen gradually, and many patients are initially misdiagnosed with “regular astigmatism.”
What causes keratoconus?
The exact cause of keratoconus is not fully understood. It is believed to involve a combination of genetic predisposition, biomechanical weakening of the cornea, and environmental factors. Eye rubbing has been strongly associated with disease progression and is discouraged.
Early diagnosis is important to preserve vision and prevent advanced corneal distortion.
How is keratoconus diagnosed?
Keratoconus is diagnosed through a comprehensive eye exam combined with advanced corneal imaging. Corneal topography and tomography are used to map the shape and thickness of the cornea, allowing subtle irregularities to be detected, even before vision becomes significantly impaired.
Ongoing monitoring helps assess progression and guides treatment decisions.
Why glasses and soft contact lenses often fail
As keratoconus progresses, the corneal surface becomes too irregular for glasses or soft lenses to compensate. While these options may work in early stages, they often fail to provide stable or clear vision as irregular astigmatism increases. For some patients, Keratoconus Glasses may offer limited help early on, but they typically cannot neutralize more advanced corneal irregularity.
This is when specialty contact lenses become essential.
How is vision corrected in keratoconus?
The gold standard for visual rehabilitation in keratoconus is custom specialty contact lenses designed to neutralize corneal irregularity. While Keratoconus Glasses can be appropriate in mild cases, most patients with irregular corneal shape need specialty lens designs for sharper, more stable vision.
Scleral lenses are often the preferred option. These lenses vault over the irregular cornea and rest on the white part of the eye (sclera), creating a smooth optical surface and a fluid reservoir that improves both vision and comfort. As part of Keratoconus in Miami Beach, lens selection is guided by corneal imaging and fit assessment, not guesswork.
Other specialty lens designs may be considered depending on corneal shape, severity, and visual needs. The goal is to restore clear, stable, and comfortable vision without surgery.
What about corneal cross-linking?
Corneal cross-linking is a medical procedure used to slow or halt the progression of keratoconus by strengthening corneal tissue. While cross-linking helps preserve corneal structure, it does not restore vision.
Many patients who undergo cross-linking still require specialty contact lenses afterward for optimal vision correction. Vision rehabilitation and disease stabilization are complementary, not competing, aspects of keratoconus care.
Can keratoconus be cured?
There is no cure for keratoconus, but with modern diagnostic tools and specialty contact lenses, most patients can achieve excellent functional vision and maintain a high quality of life. Early diagnosis and appropriate management are key to long-term success.
Why choose Dr. Rachel Shlomov for keratoconus care in Miami Beach?
Dr. Rachel Shlomov, OD specializes in advanced contact lens fittings for irregular corneas, including keratoconus. Her approach emphasizes detailed corneal evaluation, custom lens design, and ongoing follow-up to ensure optimal vision and comfort.
Patients from Miami Beach, Surfside, Bal Harbour, and beyond seek care for personalized keratoconus management and specialty lens expertise when standard options fail. If you’re comparing Keratoconus Near Me options, Keratoconus in Miami Beach here focuses on precision measurements, comfort, and long-term visual stability.
Keratoconus Specialist Near Surfside, Bal Harbour & Miami
If you have keratoconus or irregular astigmatism and are struggling with blurry or unstable vision, specialized care is available locally in Miami Beach. Advanced diagnostic testing and custom specialty contact lenses provide effective vision correction for keratoconus patients. For families and adults searching Keratoconus Near Me, a tailored evaluation can clarify whether Keratoconus Glasses are enough, or if specialty lenses are the better next step.
Schedule a Keratoconus Evaluation
If glasses or standard contact lenses no longer provide clear vision, schedule a comprehensive keratoconus evaluation with Dr. Rachel Shlomov to explore specialty contact lens options tailored to your eyes. If you’ve been looking for Keratoconus Near Me, we provide Keratoconus in Miami Beach and can review whether your current Keratoconus Glasses are still serving you well or if a specialty lens design is more appropriate.