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Technology

We use the latest technologies developed by our partners around the world to offer products of the highest standards.

Technology

Latest generation

technology

In addition to the materials used, in producing a high end lens, surface processing technology has a major role.

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FREE FORM

Free Form concept is currently used by all important manufactures that are on the market. This involves point by point surface processing using automatic CNC machines, ensuring an accuracy of one micron.

At Interoptik, we use 4 last generation production lines, including ADP (Active Driven Polishing) technology, to produce Aveo 3F lenses.

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CALCUL
WAVEFRONT

Is a complex mathematical method of calculating optic surface that we use in optimizing Interoptik lenses.

Using this technology we make sure that each point is analyzed and optimized to increase optical performance and reduce the influence of higher and lower order aberrations on image formation.

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WAVEFRONT CALCULATION

When the diopter produced deviates from the median diopter of the semi finished lens, base curve effect appears and influences the optical properties, causing distortions or magnifications. In order to reduce the base curve effect, in producing Interoptik lenses, we use a finer graduation of the base curves.

Therefore, we use 20 different base curves, compared to only 6 base curves used on standard lenses.

PRECISION AND INNOVATION

Quality through precision, innovation through technology – because we do our best to make the next lens we produce better than the last!

DEDICATED TO CLEAR VISION

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ATORICAL OPTIMIZATION - AOT

Atorical Optimization Technology – atorical optimization technology of the base curve system. Each Interoptik lens produced with AOT is customized for each prescription. After introducing prescription data, 6400 different visual angles the eye looks through the lens are being analyzed. Each visual point is optimized and adapted for the angle the eye looks through, in other words the lens is composed of several thousand lenses individually calculated for each visual angle.

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CUSTOMIZED INSET

The inset is the decentration of the near zone from the far zone. This differs from one person to another, because the effort of convergence depends directly on the pupillary distance. People with wider pupillary distance make a greater convergence effort than the ones with nearer pupillary distance, in order to look at the same distance.

Interoptik modern progressive lenses take into account the pupillary distance for each wearer when customizing the inset (near zone positioning), offering perfect localization of near and intermediate zone.

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ACTIVE POLISHING - ADP

Active Driven Polishing or active polishing guided by CNC machines is an unique surface polishing technology of optical surfaces from Interoptik. We have continuously improved this technology since its launch in 2011. The innovative Active Driven Polishing production process in 5 steps involves optimized and improved processing with 5 operations, compared to just 3 operations used in conventional FreeForm processing.