G-Lenz PMMA Intraocular Lens - Grevis Pharma

G-Lenz PMMA Intraocular Lens

G-Lenz PMMA Intraocular Lens (2)


The G-Lenz PMMA Intraocular Lens is a versatile option used by ophthalmologists during cataract operations and lens substitution protocols. It is made using medical grade Poly Methyl Meth Acrylate, forming UV-blocking materials that integrate into the body. The lenses are meticulously made, and they consist of intermediate lathe cutting and glossy tumble polishing. They come in a variety of customized designs customized to different surgical methods and undergo a rigorous inspection to ensure exceptional quality. Grevis Pharma is a top Intraocular Lenses Manufacturer and supplier in India that offers the best quality G-Lenz PMMA Intraocular Lenses at affordable rates.

Features of G-Lenz PMMA Intraocular Lens

  • PMMA IOLs offer us excellent stability and give us clear vision with very good contrast sensitivity.
  • Their low and high refractive index thin design makes them easy to process.
  • The flawless surface of the lens enhances antibacterial adhesion and reduction of inflammatory reactions.
  • Through a step-vaulted haptic design, these IOLS remain in close touch with the capsular bag and hence PCO is avoided successfully.
  • Further, they provide advanced UV protection because they value patient safety.

Advantages of PMMA Intraocular Lens

  • G-Lenz PMMA Intraocular Lens are an eco-friendly choice because they are long-lasting and resistant to degradation giving you constant good vision.
  • The PMMA materials provide ideal optical transparency for clear vision after cataract removal.
  • PMMA IOL lenses are usually less expensive than high-end IOL implants, thereby providing an option for a wider spectrum of patients.
  • Since PMMA is biocompatible (i.e. well-tolerated by the eye), the risk of any undesired reactions is significantly reduced.
  • Many Plastic-based Multifocal Lenses (PMMA) are UV protected, summering up UV damage to the eye.
  • PMMA lenses are already familiar with methods that are used in cataract surgery, which means that transplantation is expected to be simple for doctors.
  • Predictable refractive results of acrylic lenses lead a patient to achieve the deserved power of vision correction.
  • The risk of posterior capsule opacification (clouding of the membrane behind the lens), which can be engaged with the use of some other IOL materials, may be lower with PMMA lenses.

Who Can Use These PMMA IOLs?

  • Patients who are scheduled for cataract surgery or lens replacement.
  • Prefer a cost-effective option.
  • Value long-lasting vision correction.
  • Keep there undisturbed eye health without severe corneal or retinal disorders.
  • Don’t treat the issue of blue light protection.
  • Can eliminate the need for bifocals or bi-lendal vision correction glasses.

What are the Possible Complications after using this Lens?

While PMMA intraocular lenses (IOLs) are generally safe and effective, there are potential complications that patients should be aware of, including:

  • Postoperative inflammation: Coming after the surgery, which results in pain and difficulty with seeing for a short while, the drugs were used for treatment.
  • Infection: The rare but serious complication that occurs after surgery causes increased pain, redness, and vision loss and needs to be treated by a medical professional without further delay.
  • Corneal oedema: Post-surgery swelling of the cornea with subsequent visual aberrations that normally subside with time and proper interventions.
  • Glaucoma: Possible aggravation of ocular hypertension and thus regular monitoring is required to prevent vision loss.
  • Retinal detachment: Uncommon but potentially life-threatening condition post-surgery that may present with sudden visual symptoms like light flashes and floaters that must be addressed by medical intervention.
  • Decentration or dislocation: IOL might not stay in its correct position, resulting in visual disturbances and even the need to perform additional operations to fix the problem.
  • Dysphotopsias: Visual disturbances such as glare and halos around lights, which tend to fade gradually as the eye adapts to the lens.