Maxima Lenses

A Better Solution for Extreme Myopia

Maxima is a digitally surfaced single vision lens engineered specifically for high minus prescriptions, delivering improved aesthetics, reduced weight, and consistent visual performance.

Up to 65% Thickness Reduction

Extreme Myopia Has Always Meant Compromise

For patients with extreme myopia, conventional lenses often result in excessive edge thickness, increased lens weight, and limited cosmetic appeal. ECPs are left balancing performance and appearance, often without an ideal solution.

Maxima SV is designed to address these challenges directly. Using an advanced freeform surfacing profile, it offers better control lens geometry, resulting in a cleaner, more balanced outcome for both vision and appearance.

See The Difference

Up to 65% thinner edges compared to conventional surfaced lenses.

Designed for High Myopia

Rather than adapting a standard design, Maxima SV focuses on optimizing the areas that matter most in high prescriptions. The usable viewing zone is carefully managed to maintain clarity, while lens thickness is reduced to improve edge profile and overall weight. The result is a lens that feels lighter, looks better, and performs consistently within its intended use.

Benefits That Matter

For Your Patients

Thinner, more wearable lenses
Improved aesthetics in high prescriptions
Reduced weight and bulk
Clear, stable vision within the usable viewing zone

For Your Practice

Reliable solution for extreme myopia cases
Better patient satisfaction
Greater confidence when recommending high minus lenses
Stronger differentiation in a competitive market

Technical Specifications

Design: Single Vision (Freeform)
Sph: -16.00 to -30.00
Cyl: Up to -6.00
Prism: Up to 4.00 D
Material: 1.67, 1.74 (Clear)

Ideal Applications

Rimless & semi-rimless eyewear

Provides a smooth, stress-free edge that enhances transparency and minimizes chipping, ensuring secure mounting and a refined cosmetic finish for exposed lens edges.

High-index lenses

Optimized polishing reduces haze and surface stress common in high-index materials, delivering a clear, uniform edge without compromising lens strength.