Transitions™ XTRActive® New Generation

(1) Transitions Optical Life360 end-user research in the US, France, China (2016-2017 period); N = 117. (2) Transitions Optical, Vision Quality Test & Vision Experience, US, Eurosyn, Q4 2019, Controlled conditions N=133/Real conditions N=146. (3) Compared to wearers who declared themselves not to be sensitive to light. Transitions Optical, Wearer Test, Light Evaluation and Control, USA, 2019, N=134 (extremely light sensitive) Transitions Optical, Market Evaluation and Light Evaluation, Wearer Test, USA, Dynata, Q1 2019, N= 993. (4) Darkest at high temperatures, inside the car and best blue light protection in all light conditions, among clear and extra dark photochromic lenses. (5) From clear to extra dark lenses in the photochromic category. Polycarbonate lenses and 1.5 index gray lenses tested at 35°C achieve <18%T using standard Transitions Optical test methods. (6) From clear to very dark photochromic category. Polycarbonate and grey index 1.5 lenses tested at 23°C behind the windshield achieve between 18%T and 43%T. (7) Protection against harmful blue light (380nm-460nm) under the following light conditions: indoor at 23°C, behind the windshield and outdoor at 23°C, between polycarbonate lenses and grey index 1.5 lenses in the photochromic category transparent and extra thin. (8) Compared to the previous generation, among the materials tested on grey lenses, a return to the transparent state with a transmission of 70% at 23°C. (9) Transitions Optical, Vision Quality & Vision Experience, Life Wearer Testing, France, Eurosyn, Q3 2020, N=148 – Top4Boxes *Based on wearers preferring XTRActive II lenses (32% of all wearers). Note: Small base size (n=46 wearers preferring XTRActive II lenses). (10) Based on testing on grey polycarbonate lenses, up to 10% thinner than previous generation at 23°C and up to 5% darker at 35°C. (11) Based on testing on all materials, grey lenses at 23°C, using ISO 12312-1. (12) Compared to clear or very dark photochromic lenses. Transitions XTRActive gray polarized polycarbonate lenses filter 35% of harmful blue light indoors. Harmful blue light is considered between 380nm and 460nm. (13) Compared to clear to very dark photochromic lenses. Transitions XTRActive gray polarized polycarbonate lenses filter 35% of harmful blue light indoors. Harmful blue light is considered between 380nm and 460nm. (14) Based on testing on gray polycarbonate lenses compared to the previous generation, Transitions XTRActive Vantage, a product in the US market, returns to clear with a transmission of 65% at 23°C. (15) EcoOptics Limited – Prof. Nicholas Roberts, A quantitative study evaluating the benefits of polarized lenses on visual quality, 2019/2020. (16) EcoOptics Limited – Prof. Nicholas Roberts, A quantitative study evaluating the benefits of polarized lenses on vision quality Project 2 WP1 December 2020 (17) EcoOptics Limited – Prof. Nicholas Roberts, A quantitative study evaluating the benefits of polarized lenses, Project 2 WP2 February 2021 (18) Compared to clear photochromic lenses with dark lenses.Transitions and Transitions XTRActive are registered trademarks and the Transitions logo and XTRActive Polarized are trademarks of Transitions Optical, Inc., used under license from Transitions Optical Ltd. ©2021 Transitions Optical Ltd. Photochromic and polarization properties depend on temperature, exposure to UV and lens material.