Intensity By Hanita Lenses
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Hanita Lenses INSIGHTFUL INNOVATION

About Hanita is a global leader in innovative solutions for cataract surgery. Intensity lens employs Dynamic Light Utilization technology for maximal light efficiency that transcends the traditional boundaries of conservative diffractive IOL patterns, bringing unprecedented vivid vision to cataract patients. A revolution in ophthalmic optics, Intensity IOL - as its name suggests - enables intensified vision with far, intermediate and near visual acuity with no compromise at any distance from infinity to 40 cm. Intensity increases quality of life for cataract patients enabling them to...

Intensity technology Pupil Aperture Optimization The lens profile consists of three zones, each of which is optimized by the Dynamic Light Utilization algorithm. Multiple areas allow for better performance, diverse pupil sizes and all lighting conditions. The special division of zones, derived from the Dynamic Light Utilization Algorithm, helps to obtain higher MTF values at far vision for large pupils. Minimal side effects. Maximum quality. Continuous functional vision range. Accurate Polish-Free Production Process The Intensity lens is manufactured using a proprietary lathe process...

Optimal Light Distribution Intensity is the first lens with a Symmetric foci distribution around the zero order. Based on a unique proprietary design developed using the Dynamic Light Utilization algorithm, the modulated transfer function (MTF) is increased in the area between far-intermediate and intermediate to near, enabling a continuous defocus curve. Symetric foci distribution 50% 40% 30% * 5 foci of the lens, far intermediate and near. Intensifiers are 0.9D and +2D. Through Focus Response The through focus response represents MTF values in the vertical axis and the position of...

Lens model Lens specification INTENSITY Toric* INTENSITY INTENSITY BN HP* INTENSITY Toric HP*Toric INTENSITY SN ciroT YTISNETNI INTENSITY BN INTENSITY BN INTENSITY INTE Total diameter Optic diameter Angulation Power range Cylinder range Addition powers Optic design Posterior surface: Aspheric - Diffractive Anterior surface: Spherical/Toric Pupil aperture optimized Material Refractive index 118.4 Hydrophobic acrylic glistening free Spherical aberration Light filtration Natural Yellow Violet Filter For clinical research results, please scan the QR code. Hanita Lenses Kibbutz Hanita 2288500 |...