
MAX Vision™
Diffractive Soft-Multifocal and EDOF
With continuos vision – enjoy the beauty of the world!
Central 4 mm: Diffractive Rings Zone
The diffractive rings are distributed within the central 4mm diameter, effectively adjusting the energy distribution of light rays and ensuring imaging requirements at different focuses.
Periphery: High Order Aspheric Refractive Zone
Smooth transition between the diffractive and refractive zone ensures balanced energy distribution at near and distant focuses, effectively reducing visual interference.
EDOF – Extend Depth Of Focus Aspheric Technology
Optical Center Zone
With Super large aberration, the depth of focus is extended to the nearer vision.
Peripheral Optical Zone
Aberration gradually decreases, and visual quality is not Interfered under large pupil condition.
High Order Aspheric Technology
Smooth surface without glare introduced.
MAX Vision™ – Better Combination of Surface Shape and Function
Defocus Value MAX Vision™ – 69 patients
MAX Vision™ – Active Chromatic Aberration Correction Technology
Refractive index of the material is highly matched with additional optical power, the refractive and diffractive chromatic aberrations can be compensated mutually, bringing in sharper images and better visual experience.
Clear material enhance the optical performance
Clear lens “Say No” to light energy loss
MAX Vision™ IOL – Clinical Results
Allow the subjects to gain good intermediate vision, and have continuous vision. The performance in glare and contrast sensitivity is slightly better than the control product.
12 months or more after surgery
Postoperative vision performance and spectacle independent rate
Better subjective feeling, less visual interference
Technical Data
Productname | MAX Vision™ |
IOL Type | foldable, one-piece |
Material | hydrophobic clear acrylic, heparinmodified surface |
Refractive index | 1.48 |
Lens Type | Back: Diffractive multifocus rear surface Front: Refraktive, aspheric, EDOF |
Powers | +10.0 dpt ~ +30.0 dpt |
Additional Power | +2.8 dpt |
Haptic design and angulation | modified „L“Loop ; 1.5° |
Optic diameter | 6.0 mm |
Overall length | 13.0 mm |
Recommended a-constant for optical biometry | 118.9 |
Haigis | a0 = 1.50, a1 = 0.40, a2 = 0.10 |
Hoffer | pACD = 5.69 |
Holladay I | sf = 1.95 |
Holladay II | ACD = 5.69 |
SKR/T | A = 119.2 |
SRK/II | A = 119.6 |
Barrett | LF = 2.0; DF = 2.5 |