Photochromic lenses
Self-tinting lenses adapt to the respective lighting conditions
These intelligent lenses adjust to changing lighting conditions, have a contrast-enhancing effect and are therefore also ideal for sport and outdoor activities.
A rapid fade back indoors is accompanied by a swift light darkening in the outdoors, to provide your eyes with the best protection from any given light conditions.
Generally known, UV rays damage our eyes - OPHTHALMICA's photochromic lenses help to protect your eyes. That is why all our photochromic lenses from the market leader Transitions Optical have effective 100% UVA and UVB radiation protection.
Transitions® Signature® GEN8 ™ lenses
Transitions® Signature® GEN8 ™ lenses are the new Transitions® Signature® phototropic lenses with nano-composite technology. The performance of the phototropic effects has been significantly improved and the eyes remain protected all day long. This phototropic lens offers better darkness outdoors, faster activation and brightening without compromising indoor clarity and protection against UV and harmful blue light.
- Activation speeds up up to 30% faster
- Fadeback up to 3 minutes faster
- Maximum tint is even darker
- Fully clear indoors
- Better long-lasting performance
- Absorbs 100% of UVA and UVB rays
…in comparison to Transitions® Signature® VII lenses
Transitions® Signature® VII lenses
Transitions® Signature® VII lenses provide a perfect balance between tinting outdoors and clarity indoors and at night.
Advantages
- Clear indoors and at night
- Fast fading back - very short adaptation time
- Rapid darkening times
- Absorb 100% of the UVA and UVB rays
- Suitable for all ages including children
- Provide protection against harmful short-wave light in digital devices, screens and especially in bright sunlight
Transitions® Signature® VII lenses are available on all OPHTHALMICA prescription lenses - single, freeform, conventional progressive and bifocal lenses.
For organic indices 1.5 / 1.6 and 1.67 available in shades of brown, gray and graphite green.
Also in mineral 1.5 / 1.6 in brown (PBX) and gray (PGX).
Transitions® XTRActive® lenses
Transitions® XTRActive® lenses provide extra sun protection, even in the car.
The unique nature of Transitions® XTRActive® lenses protects your eyes from bright sun or bright, artificial light sources: Lenses are extra dark outdoors and provide extra protection against intense sunlight, even at very high temperatures.
Transitions® XTRActive lenses are available on all OPHTHALMICA prescription lenses - single, single direction, conventional progressive and bifocal lenses.
Advantages
- Rapid darkening even behind the windshield of a car
- Improved visual comfort: The very subtle tint contributes to the protection against bright, artificial light
- Short adaptation time
- Absorb 100% of the UVA and UVB rays
For organic indices 1.5 / 1.6 available in grey and brown.
Transitions® DRIVEWEAR®
Transitions® DRIVEWEAR® sunglass lenses are the ideal lenses for driving during the day. The lens combines two of the most advanced technologies in the eyewear industry: NuPolar polarization and photochromic technology.
The NuPolar polarization eliminates glare from the road or the hood. Transitions' self-tinting technology adapts the color and tint to the changing light conditions.
Advantages
- The lenses adjust their ideal degree of tinting to every driving situation
- Fast darkening and brightening - very short reaction time
- Good visual comfort due to contrast-enhancing color
- Glare is switched off by the Nu-polar polarization filter
- Absorb 100% of the UVA and UVB rays
Transitions® DRIVEWEAR® lenses are available on all OPHTHALMICA prescription lenses - single, freeform, conventional progressive and bifocal lenses. Drivewear lenses turn from a green / yellow base to a dark reddish brown. These glasses are not suitable for night driving. NB: Green / Yellow provide strong contrasts in low light. A copper tone lets you better recognize traffic signals in bright sunlight. A dark reddish brown is especially pleasant in strong sunlight.