Leonard Bley MD of NY LASIK Is the First and Only Surgeon With Locations in Manhattan, Brooklyn & Queens, to Offer the RxSight Light-Adjustable Lens to Cataract Patients

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The Light-Adjustable Lens (LAL) is the First and Only Lens That Can Be Customized After Refractive Lens Exchange or Cataract Surgery to Fine-Tune Visual Results

Medical Director of NY LASIK - Leonard Bley, MD

Leonard Bley, MD

The Light Adjustable Lens has made visual results more precise than ever before in patients undergoing cataract surgery.

Ophthalmologists have many innovative new options to offer their patients for cataract surgery or vision correction options such as refractive lens exchange. Laser-assisted cataract removal makes cataract surgery more precise, more predictable, and better than ever before. Many surgeons also now offer premium IOLs, such as the Panoptix IOL or Toric IOLs, which may allow patients undergoing cataract removal to see at all distances, even up close without glasses.
Leonard Bley, MD of NY LAISK Laser & Microsurgery Center has been a NYC leader in cataract, surgery, LASIK and lens replacement surgery for over two-decades. He has recently been selected by RxSight™ to be one of only a few surgeons in the country, and the first surgeon with offices in Manhattan, Brooklyn and Queens, to have Light-Adjustable Lens (LAL) technology to offer to his patients. This technology will be available to his patients beginning June 23, 2021.

The Light-Adjustable Lens (LAL) manufactured by RxSight™ has multiple applications including for those undergoing cataract removal and those over 40 starting to experience a condition called Dysfunctional Lens Syndrome (DLS). DLS is a term used by ophthalmologists to describe lens failure with the last stage being full blown cataracts. DLS causes patients to experience near vision loss (usually after the age of 40) or nighttime glare and/or halo issues.
Dysfunctional Lens Syndrome (DLS) is categorized in three stages, which aids in patient education.

Stage 1: 40–50-year-olds

  •     Lens starts to stiffen, loses focusing power
  •     Loss of near vision
  •     Development of nighttime glare or halos

Stage 2: 50 years and older

  •     Loss of accommodation, which leads to complete loss of near vision and the need for reading glasses and/or bifocals
  •     Light scatter formation degrading vision, especially while driving at night
  •     Decreased contrast and night vision issues often resulting in glare and halos

Stage 3: 65 years and older

  •     Full cataract
  •     Poor visual quality
  •     Nucleus of the lens yellows or becomes opaque, affecting color perception
  •     Major glare and halos at night
  •     Glasses no longer help with vision improvement

The Light Adjustable Lens (LAL) technology introduced by RxSight™ is the first and only intraocular lens (IOL) that allows ophthalmic surgeons to make adjustments following cataract surgery. This can allow patients to have the best possible corrected vision for distance in their dominant eye and if they wish for independence from reading glasses, the surgeon can adjust their non-dominant eye for reading vision.

The LAL is a three-piece silicone lens that is implanted just like a monofocal lens implant, except the LAL is made with a special photoreactive silicone, permitting surgeons to adjust a patient’s prescription after implantation by using a specialized Ultra-Violet (UV) light or Light Delivery Device (LDD). This technology is also ideal for patients undergoing cataract surgery or refractive lens exchange due to dysfunctional lens syndrome (DLS) that had previous vision correction surgery such as LASIK, PRK or RK that are seeking monovision or a more precise visual outcome following their cataract procedure.
In an FDA study which included 600 patients, those who received the LAL lens were twice as likely to achieve 20/20 vision without glasses, compared to those who received a standard monofocal lens.

Cataracts occur when the eye’s natural lens becomes clouded and rigid, blurring and darkening the vision. The only treatment option for cataracts is to remove the clouded lens and replace it with an artificial lens implant. While cataracts are one of the leading causes of blindness, the removal of cataracts is one of the safest and most common surgical procedures around in the world. The Light Adjustable Lens technology in cataract surgery helps improve visual outcomes by allowing surgeons to fine-tune and completely customize the patient’s refractive outcome after the cataract is removed and the LAL lens is implanted.

“We’re very excited to be chosen as the first practice with locations in Manhattan, Brooklyn and Queens to offer LAL technology to patients seeking the best possible visual outcome. We will also be treating patients from all around NYC and beyond with this amazing technology,” said Leonard Bley, MD- Medical Director at NY LASIK.

Dr. Robert Grubbs of California Institute won the Nobel Prize in Chemistry in 2005 for his theory of olefin metathesis, which is used in LAL technology.

The ideal candidates for Light Adjustable Lens implants are patients that are concerned about their best possible distance vision, a patient wanting monovision, or patients with a history of corneal surgery including LASIK, PRK, or RK for irregular corneas.

About Leonard Bley, MD and NY LASIK Laser and Microsurgery Institute

Dr. Bley, the founder of Laser and Microsurgery Institute and NY Lasik Center, is internationally recognized as a leader in the fields of cataract and refractive surgery. He is one of a very select group of surgeons offering LASIK vision correction as well as LASIK alternatives such as Intra-ocular contact lens implantation and clear-lens extraction. Dr. Bley is one of the pioneers of LASIK laser vision correction: he has been involved in refractive surgical field studies since 1989, prior to LASIK’S formal approval by the FDA.

Dr. Bley has personally performed over 20,000 cataract and refractive procedures. He is one of a select handful of surgeons in the country performing laser cataract surgery as well as implantation of premium intraocular lenses. These lenses reduce or eliminate the need for reading glasses after cataract surgery, allowing the patient to significantly reduce their dependence on glasses. The new laser cataract system allows for a level of precision previously unattainable to cataract surgeons.

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Paul Stubenbordt

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