TECHNOLOGY
The engineering behind the lens.
Every technical decision is made for a reason. No made-up names for generic technologies. What you read here is what you wear.
SPEKTRA+™
In direct sunlight, the excess light makes everything look flatter. Colors blend together, and shadows disappear. It feels as though everything is the same shade.
A lens darkens everything evenly. Everything becomes darker, but the colors remain similar to one another. The contrast issue is not resolved.
SPEKTRA+™ works differently. The treatment is integrated into the polycarbonate material and selectively filters out specific wavelengths of light. These are the wavelengths that cause confusion between similar colors. By reducing them, the lens greater distinction between shades that would otherwise appear similar.
The result: details on the ground become easier to see. The road, shadows, and vegetation stand out more clearly. It’s not a change in color. It’s simply a clearer view of what’s already there.
Our lenses feature a gray tint. Light is reduced in a neutral way, without altering the color temperature. Colors remain true to life, with greater distinction between them.
lens
SPEKTRA+TM
Five coatings. One lens.
Each lens is constructed in five layers. The lens forms the base. Three surface coatings are applied on top to protect the lens make it easier to maintain. A shock-absorbing layer completes the structure.
With a lens , you have to choose your conditions. In the forest, it’s too dark, while in bright sunlight, it’s too light, and you end up wearing the wrong lens the time.
The EVO+™ lens automatically adjusts to ambient light, darkening in bright sunlight and lightening as light levels drop, with a smooth, seamless transition.
Photochromic molecules are integrated directly into the lens material lens applied as a surface coating, which means they do not wear out over time and react uniformly across the entire surface.
The result is a single lens covers conditions ranging from shade to full sunlight, without having to change lens the way.
Ultraviolet rays are invisible, but they cause cumulative damage to the eyes over time. Prolonged exposure can accelerate the development of cataracts, macular degeneration, and corneal burns, with the effects accumulating even on cloudy days.
All lenses block 100% of UVA, UVB, and UVC rays up to 400 nanometers, which meets the highest protection standard recognized by eye health authorities.
UV protection is built into the lens and has nothing to do with tint or opacity. A lens offers the same protection as a lens , and this protection does not wear off over time.
SUNGLASSES
