Best Gunnar

The Gunnar Optiks Lightning Bolt 360 glasses are designed to minimize eye strain caused by extended screen time. These glasses feature amber lenses that block approximately 90% of blue light, a wavelength known to disrupt sleep patterns and contribute to digital eye fatigue. They are suitable for in...

The Gunnar Razer RPG glasses are designed to mitigate the effects of prolonged computer or gaming use. Featuring amber-tinted lenses, they reduce blue light exposure which can contribute to eye strain and disrupt sleep patterns. These glasses are beneficial for individuals who spend significant time...

The Gunnar Cypher glasses are rectangular blue-light-blocking eyewear designed to mitigate digital screen exposure. They employ a specialized lens technology that filters out high-energy visible (HEV) light commonly produced by computers and gaming devices. This helps reduce eye strain, discomfort,...

The Gunnar Optiks Maverick glasses are blue-light blocking eyewear engineered to mitigate potential eye strain associated with prolonged computer or gaming screen usage. These amber tinted lenses filter a substantial amount of high-energy visible light, commonly produced by digital devices. They are...

Gunnar Optiks Vertex glasses are designed to mitigate the effects of blue light exposure from computer and gaming screens. The wide-frame design offers comfortable wear for extended periods. These glasses help reduce eye strain, fatigue, and potentially long-term digital device use impacts. They are...

Gunnar Vayper glasses are lightweight computer eyewear designed for people who spend extended periods viewing digital displays, including gamers and office workers. Their tinted lenses and surface coatings are intended to reduce portions of high-energy visible blue light and manage screen glare. The...

Gunnar Torpedo glasses utilize lenses engineered to reduce the amount of blue light emitted from digital screens and artificial sources, potentially minimizing eye strain and disruption of sleep patterns for wearers.

Gunnar Optiks Cruz glasses utilize a lens coating designed to reduce the amount of blue light emitted from digital screens, potentially minimizing eye strain and fatigue associated with prolonged use.

Gunnar Optiks Enigma glasses utilize a lens coating to reduce the amount of blue light emitted from digital screens, potentially minimizing eye strain and improving sleep quality for users who spend extended periods looking at devices.

Gunnar Berkeley designs prioritize visual comfort and eye health through their innovative lens technology, featuring progressive optics and specialized materials intended to reduce digital eye strain and improve clarity for diverse vision needs.

Gunnar Trooper glasses utilize a specialized lens coating designed to reduce the transmission of high-intensity visible light, commonly emitted from digital screens and LED lighting, potentially minimizing eye strain and fatigue.

Gunnar Optiks’ Rail glasses utilize a specialized lens design and material to reduce the amount of blue light emitted from digital screens, potentially minimizing eye strain and improving sleep quality for users.

Gunnar Phantom glasses utilize a specialized lens coating designed to reduce the amount of blue light emitted from digital screens, potentially minimizing eye strain and disruption of sleep patterns for some users.

Gunnar Cobra glasses utilize a specialized lens coating designed to reduce the amount of blue light emitted from digital screens, potentially minimizing eye strain and improving sleep quality for extended use.

Gunnar Rift glasses utilize lenses engineered to filter out high-energy blue light emitted by digital screens and LED lighting, potentially reducing eye strain and improving sleep quality for some users.

Gunnar Optiks’ Haus glasses utilize a specialized lens design and material to mitigate the effects of blue light emitted from digital screens, aiming to reduce eye strain and potential sleep disruption for users.

Gunnar optical’s Sheadog glasses utilize a specialized lens design and material to reduce the transmission of blue light emitted from digital screens, aiming to minimize eye strain and potential sleep disruption for users.