ML Binova
Optimised reading glasses for relaxed reading
ML Binova has been developed to provide maximum reading comfort, even at higher powers. Several factors influence how comfortable reading is – correct pupil distance (PD), the right level of magnification, high-quality lenses, a wide field of view, good contrast and prism compensation.
In developing ML Binova, we have taken all these parameters into account to create a stable and comfortable reading experience.
Optimised reading glasses for relaxed reading
RelaxTint
A yellow filter tint that reduces incoming blue light by more than 50%. The filter also improves contrast and makes text clearer.
Prism optics
Convergence prisms are standard in ML Binova. They reduce strain on the eye muscles and make it easier to read in a relaxed way, particularly during longer periods of reading.
Antireflexbehandling
Provides a clearer image and reduces distracting reflections.
Lightweight and flexible frames
The flexible temples ensure the glasses sit securely and comfortably without pressing against the head.
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ML BINOVA EASY
A simple solution, but with the same high-quality optics
The ML Binova Easy is the entry-level model in the ML Binova range. They are available in powers ranging from +4.0 D up to +8.0 D in the ML Binova Half 11 frame.
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ML BINOVA PRO
More frames and wider range
ML Binova Pro is the premium version of ML Binova standard solutions. They are available in a wider range of frames and a broader range of powers than ML Binova Easy (+3.0 D to +16.0 D).
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ML BINOVA RX
Greater flexibility
ML Binova RX offers greater flexibility than standard solutions. It can be used when a high cylinder power is required, if the wearer has anisometropia or needs an ML Filter in their reading glasses.
ML Binova Pro Bifo
A bifocal version that enables binocular reading at two different reading distances.
The upper section is used for larger text and orientation on the page, whilst the lower section is intended for smaller text. The convergence prism is optimised in the two zones to provide extra prism effect in the lower section, where the reading distance is shorter.