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GUNNAR i-AMP™ lens technology is the result of intensive study and research on the human optical system and its interaction with digital devices.
Based on optometric principles developed over years, and fused with the most recent in technological advances from the GUNNAR tech labs, i-AMP lens technology works with the properties of the human eye.
Comprised of a proprietary lens material in an advanced geometry and finished with custom tuned lens tint and coatings, i-AMP lens technology can deliver an immediate and noticeable visual advantage in the short term, and provide performance in the long term.
GUNNAR's lens technology platform is patent pending covered by multiple patent claims and has been independently studied in multiple optical laboratories.
Designed using advanced computer algorithms, fRACTYL lens geometry mimics nature by focusing light. The highly wrapped configuration creates an ocular microclimate trapping in humidity and blocking out evaporative air currents.
diAMIX lens material offers an optically pure viewing experience enhanced by ultra light, ergonomic properties. Developed specifically to hold the tightest tolerances in precision optics, this advanced polymer provides the best in visibility, flexibility, and durability.
i-Fi multi-stage lens coatings filter transmitted light and protect the lens. The anti-reflective portion cuts glare and distracting extraneous light. A hydrophobic component keeps water spots to a minimum while an oleophobic coating protects from smudging and fingerprints. A final hard coat reduces environmental wear and minimizes scratching.
With advanced spectrophotometry, GUNNAR's lab technicians have the ability to study and analyze even the most difficult lighting environments. Each part of the visible and invisible light spectrum can be measured and quantified. To balance and optimize that lighting environment for
