HOYA lenses are onboard the Space Shuttle, in medical imaging devices, even inside today’s most popular LCD TV panels and portable music players.
There’s a reason HOYA lenses are trusted in outer space, not to mention in the hottest electronic gadgets and the latest medical equipment.
We combine specialized processes in optical engineering with high-tech knowledge of advanced materials to bend and manipulate light more precisely than ever before possible. We believe the science of optics can benefit mankind in new ways, and we endeavor to discover them all.
Like fingerprints, no two eyes are exactly the same. Our approach to your vision correction is also one of a kind.
The better you see, the more you reduce eyestrain. More natural vision even helps to relax the brain and improve concentration. That’s why we developed the first technology that analyzes each eye’s specific correction requirements. We’re also the first lens maker to shape your lens design on both the front and back surface,
for a more precise vision correction.
A lens treatment that enhances your appearance and guards your investment.
Our Super HiVision EX3 treatment allows more light to reach your eyes, which optimizes your sight. But the most impressive aspects of Super HiVision EX3 are things you won’t even notice.
A lens material so light it practically floats on water.
We created Phoenix, the lightest lens material on the planet, to help you forget you even wear glasses. Phoenix lenses also meet FDA standards for impact resistance, and provide 100% protection against both UV-A and UV-B rays.
Lenses and frames scientifically engineered to be forgotten.
Our revolutionary Distortion-Free Optics vision system combines exceptionally thin, light and easy to clean lenses with rimless frames mounted without drill holes, wires, screws, or anything else that can distort your vision or cause damage.
Lenses designed exclusively for the way your eyes see the world.
Our Integrated Double Surface design process (IDS) is the first technology to shape your lens design onto both the front and back surface of each lens, which results in more comfortable transitions between near and far distances, significantly wider and clearer viewing zones, and virtually eliminates the swimming and swaying sensations common with conventional eyeglass lenses.