A NEW FRONTIER OF PERFORMANCE
Faster Activation and Fadeback*
Fully Clear Indoors
Ultimate Eye Protection
Longer Lasting Performance
Learn more about Transitions® Signature® GEN 8 at transitionspro.com
Transitions® Signature® GEN 8 ™
In the clear to dark photochromic category
The New Transitions® XTRActive® Polarized™ lens is the Only and Best Ever Photochromic Polarized Lens***
- Achieves up to 90% polarization efficiency1
- Blocks 100% UV
- Best blue light protection indoors2
- Activates in the car3
- New dimension of vision experience:4
- Sharper vision
- Larger view
- Vivid colors
*As compared to Transitions® Signature® VII lenses. CR607 products activate to a category 3 darkness 15% faster. Claim is based on tests across materials on grey lenses, being the most popular color, achieving 18% transmission @ 23°C.
**As compared to Transitions® Signature® VII lenses. CR607 products fade back to clear 2 minutes faster. Claim is based on tests across materials on grey lenses, being the most popular color, fading back to 70% transmission @ 23°C.
***Compared to clear to dark photochromic lenses
1 Based on tests across materials on grey lenses @ 23°C, using ISO 12312-1 standard.
2 Protection from harmful blue light (380nm-460nm) at 23°C among polycarbonate and 1.5 grey lenses.
3 Based on tests across materials on grey lenses, achieving transmission below 45% @ 23°C behind a standard windshield. The lens achieves a polarization efficiency of 30% behind the windshield, which is not classified as being “polarized.”
4 EcoOptics Limited – Prof. Nicholas Roberts, Quantitative study evaluating the visual benefits of the polarization properties of lenses, 2019/2020
Transitions and Transitions Signature are registered trademarks and XTRActive Polarized and the Transitions logo are trademarks of Transitions Optical, Inc., used under license by Transitions Optical Limited. GEN 8 is a trademark of Transitions Optical Limited. ©️2021 Transitions Optical Ltd. Photochromic performance and polarization are influenced by temperature, UV exposure and lens material.