Since 1997 Univet has mastered technology aimed to preserve the eyes and health of clinicians and patients. During the COVID-19 pandemic, Univet was one of the first among the few companies to manufacture PPE shields that gave a solid contribution to the sanitary system. Univet not only provided glasses, goggles and shields in hospitals throughout Europe, but shipped them in hard hit areas in the world as well.
Univet's mission to create glamorous and comfortable PPE so that always more people start caring for their eyes.
Univet is known for its flawless design, as a recognition it has been rewarded several international-design prizes.
Maximum practicality of use for the corrective glasses line, which presents light and comfortable frames provided with graduated lenses, allowing people with sight impairments to work In total safety
Univet corrective devices are identified as II class PPE and are certified according to EN 166 regulation. The lenses are tailor made according to user's preferences and needs, maintaining Univet' “Made in Italy” style
In our laboratory we develop and test new materials, innovative technologies and lens treatments, that represent the essence of Univet products, a synonim of design, performance and maximum protection.
Univet’s Test Center is an highly innovative laboratory with specialized technicians and sophisticated machinery. Inside the lab we run all the the endurance tests required by the international standards. This highly-demanding stress and optical quality tests, allow Univet’s glasses to be far above the standards requirements.
Our product are tested for thermal stress to guarantee a constant protection level even when external temperatures reach extreme levels.
It tests impact resistance at speeds that go from 162km/h (101,25 mph) to 684km/h (427,5 mph).
It ensures that the lenses won't create any kind of optical distortion and optical correction.
It ensures that the materials used won't ignite even under an extreme heat source.
It tests the width of the field of view and the side shield effectiveness.
It tests the anti-fog property of the lens, to ensure a neat and obstacle-clear vision, to improve user's safety.
It tests the temperature needed to reach irradiation, to guarantee that the user won't be exposed to an excessive heat even in extreme conditions, as in a blast furnace or a foundry.
It tests the lens resistance to abrasion to solid particles or in extreme conditions use.