adaptEVO® Technology A proprietary wavefront optimization platform utilizing Genetic Algorithm-based optical design.
Proprietary Wavefront Optimization Platform
adaptEVO Technology™ employs Genetic Algorithm-based wavefront optimization to determine the optimal optic profile.
Unlike conventional iterative optimization methods, Genetic Algorithms evaluate thousands of potential optical surface geometries simultaneously, converging toward an optimized wavefront solution while satisfying multiple optical constraints.
This approach integrates computational optimization, optical modeling, and manufacturability into a unified design framework
Optimization Parameters include
Through-focus optical performance
Point Spread Function optimization
Modulation Transfer Function optimization
Optical stability across pupil diameters
Continuous aspheric geometry
Model : AOS81 & AOS82T
Optic Design : Non-Diffractive Wavefront – Enhanced EDOF Biconvex Aspheric 360° Square- Edge Design
Material : Hybrid Acrylic (Clear)
Optic Diameter : 6.00 mm
Overall Length : 13.0 mm
Haptic Design : Modified C- Loop
Refractive Index : 1.465
Abbe Number : 56
A- Constant : 118.5 ( SRK – T Optical ) & 118.2 (SRK – T US/Immersion)
Spherical Power Range : +10.00 to +30.00 D (with 0.50 D increments)
Cylindrical Power Range : +01.00 D to +6.00 D (with .50 D increments)
Model : AOS81 & AOS82T
Optic Design : Non-Diffractive Wavefront – Enhanced EDOF Biconvex Aspheric 360° Square- Edge Design
Material : Hybrid Acrylic (Clear)
Optic Diameter : 6.00 mm
Overall Length : 13.0 mm
Haptic Design : Modified C- Loop
Refractive Index : 1.465
Abbe Number : 56
A- Constant : 118.5 ( SRK – T Optical ) & 118.2 (SRK – T US/Immersion)
Spherical Power Range : +10.00 to +30.00 D (with 0.50 D increments)
Cylindrical Power Range : +01.00 D to +6.00 D (with .50 D increments)
MTFa correlates positively with visual acuity , illustrating high contrast sensitivity across extended focal ranges and pupil conditions.
Designed to maintain monofocal -like visual quality under low – light conditions, while providing an extended range of vision in photopic conditions.
