Essilor introduces Varilux Immersia: The New Occupational Lens to Stay Comfortably Immersed

Essilor® introduces Varilux® Immersia™, a new occupational lens developed to keep presbyopes comfortably immersed in their immediate surroundings.

Near vision and multitasking between devices can put significant strain on the eyes. With up to 72% of time spent on near and intermediate vision tasks¹ – mostly involving screens – this can lead to difficulty focussing, poor posture, and eye strain if not addressed.

Varilux® Immersia™: Engineering Occupational Vision for the Digital Workspace

Varilux® Immersia™ offers expanded near vision in close-up and digital activities² to help maintain natural head posture and alleviate digital eye strain³ for wearers. Available in two options – Varilux® Immersia.mid™ for vision up to 5 feet and guaranteed vision up to 1.5 feet, and Varilux® Immersia.room™ for vision up to 10 feet and guaranteed vision up to 3 feet.

The lens has been developed by Essilor® to support prolonged close focus and uses in-depth analysis of screen positions, while considering a wearer’s natural posture and ergonomic needs. Tested in a simulated environment using AI-powered digital twining technology, this enables a wide range of R&D simulations to assess and guarantee lens performance.

Monica Jong, Head of Medical Affairs North America at EssilorLuxottica, said: “Extensive digital use can often lead to discomfort for our eyes with research showing that 80% of people aged 40-65 suffer from visual fatigue at the end of a typical day⁴ and 71% need to make an effort to maintain sharpness⁴.

“From intricate craftmanship to digital precision, Varilux® Immersia™ supports prolonged close focus by delivering comfortable and precise vision so patients can stay immersed in comfort, whether at work or at home.”

REFERENCES

1. _{F, Ferreira TB, Silva D, Matos AC, Gaspar S, Piñero DP. Analysis of Daily Visual Habits in a Presbyopic Population. J Ophthalmol.2023Apr 8;2023:6440954. doi: 10.1155/2023/6440954.}
2. _{(2025). Internal R&D simulations – Volume of vision simulation up to 80cm based on comparisons with an internal standard progressive lens. Data on File.}
3. _{Sánchez-Brau M, Domenech-Amigot B, Brocal-Fernández F, Seguí-Crespo Computer vision syndrome in presbyopic digital device workers and progressive lens design. Ophthalmic Physiol Opt. 2021 Jul;41(4):922-931. doi: 10.1111/opo.12832}
4. _{(2023). Vision Care U&A Quantitative Study. Data on file.}