Always independent. Devoted to helping people see better.
For more than 60 years, Younger Optics has been supporting independent practices and independent optical laboratories to provide the best possible vision solutions in the pursuit of helping people see better.
Younger Optics’ suite of unique products satisfy glasses wearers; even those with the most challenging and peculiar prescriptions and needs.
From world leading NuPolar polarized lenses, to photochromic polarized lenses, and an array of innovative speciality lenses to meet uncommon or challenging needs, Younger Optics remains an independent, innovative force within the optical world.
Introducing The Range
NuPolar Gradient lenses are coveted by the fashion-conscious. To create the on-trend look, the lenses are dark at the top and gradually fade to light at the bottom. Prescription lens wearers need never to compromise on fashion and sophistication again; they can now get the gradient look they want with the polarization they need.
NuPolar Infinite is a polarized photochromic lens that automatically changes from light grey to dark grey to suit a wearers’ current light conditions. Always polarized, the photochromic technology quickly reacts to UV light to darken or lighten as each light condition warrants, enabling wearers to seamlessly enjoy comfortable and optimal vision in any outdoor daytime condition.
Transitions Drivewear is the world’s only sunglass lens that changes to three different colours – Olive, Copper and Dark Brown - and also darken and lighten to suit wearer’s changing light conditions. The colours were chosen to deliver optimal vision in different conditions. The result is a lens that delivers the best possible outdoor vision in every condition to give wearers an edge; whether that is playing elite sports, everyday driving, leisure activities or simply enjoying the great outdoors.
Photochromic lenses offer the best of all worlds helping wearers see better in different light conditions. Reacting to light, the lenses darken to reduce glare in bright light, and lighten or clear when there’s less light. The molecular structure of the lens molecules change when exposed to UV light, and for some products visible light. As a result of exposure to these light sources, the changed molecules soak up more ordinary light which is what makes the lens darken.
