Low Vision IOLS

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Eye Max Mono for AMD (Care Group)

“The innovative technology and unique optics of the EyeMax lens diverts images away from the damaged part of the eye and enhances them to the healthy parts, leading to a significant improvement of vision for patients. The shape of the Eyemax Lens redirects the same high quality image at every point of the retina, leaving the selection of the best alternative macula to the human brain.” -so called “Proprietary Hyper-Wavefront Modified Optics by Optical Physist P Artal. Concept by Dr B Qureshi.

The Lens is combined with high + Specs to produce magnification.

Refractive Target +3D : 10% Mag,   +6D  20% mag (+10 to 30%)

To obtain IOL visit www.londoneyehospitalpharma.com

IOL-K (LenSpecial)

The IOL K features a centrally located high negative powered portion (1.7mm) covering the central scotoma but not interfearing with the rest of the optical Zone thus -according to the company- not affecting the patients mobility so much. With High powered Positive Specs the Patients enjoys a mag to 3x from the combination of the negative powered central portion of the IOL and the Hyperopic Specs (Gallilean Telescope)

 

IOL-VIP Revolution Acrylic (LenSpecial)

Gallilean Type of Telescope: This Old-fashioned approach offers magnification through combination of a large + lens (up to +100D) placed in the bag and a strong meniscus minus AC Implant. Made from Lenspecial -Milano, Italy. (PMMA) System has an incredible 200D dioptic Range (+100D to -100D)

IOL-VIP Revolution Classic (LenSpecial)

Gallilean Type of Telescope: This Old-fashioned approach offers magnification through combination of a large + lens (up to +100D) placed in the bag and a strong meniscus minus AC Implant. Made from Lenspecial -Milano, Italy. (PMMA)

Nulens Dynacurve IOL (Nulens ltd)

The NuLens Dynacurve accommodative IOL (NuLens, Ltd., Herzliya Pituah, Israel) consists of: 1) polymethyl methacrylate (PMMA) haptics that are designed to be placed in the ciliary sulcus; 2) a PMMA anterior reference plane that provides distance vision correction; 3) a small chamber containing a solid silicone gel and 4) a posterior piston with an aperture in the center.

Such IOL prototypes, even with silicone gel of a relatively low refractive index (1.40), have been shown in a primate eye to deliver more than 40.00 D of accommodation using only 500 µm of vertical diaphragm displacement. No wonder the principle was evaluated clinically in AMD Patients, providing additional evidence regarding the Concept of possible extreme Accommodation. This Prototype of lens required a 9mm incision to be inserted in the sulcus/bag.