15 Aug GUNNAR Teams with Globally Renowned Artist Hydro74 for Limited Edition Axial
CARLSBAD, Calif. – August 15, 2017 – GUNNAR Optiks®, the world’s leading creator and manufacturer of computer eyewear, is extremely proud to present the latest Limited Edition AXIAL designed by Hydro74. AXIAL just joined the ranks of new GUNNAR styles, and given Hydro74’s passion for contemporary art and his unique traditional style, it seemed fitting to combine his work with the frame. The Hydro74 AXIAL features a spectacularly imagined and one-of-a-kind pattern which is emblazoned on the temples, and is coupled with a befitting all-seeing eye to symbolize his visionary talent.
The Limited Edition Hydro74 AXIAL comes with patented i-AMP® lens technology which is precision-engineered to eliminate eye strain and block the harmful effects of blue light. Multi-barrel hinges and soft, comfortable temples provide ideal comfort, while its shape and curved nose rests help distribute weight perfectly. Balance, comfort, style, and now exclusive appeal all in one. There are only 300 Limited Edition pieces of the Hydro74 AXIAL available and it starts at an MSRP of $69.99.
In an effort to defy his dark past, Hydro74 applies his story and determination directly into his illustrations and designs. He chose to become rather than be defeated, and it shows in the Limited Edition Hydro74 AXIAL. GUNNAR couldn’t be more pleased and honored to feature Hydro’s incredibly unique style on the new AXIAL. Hydro74 was defined by defiance and aims to change tomorrow for the better. Now you can join him in his quest.
Limited Edition Axial Designed by Hydro74 – Defined by Defiance
GUNNAR is the only patented computer eyewear recommended by doctors to protect and enhance your vision. GUNNAR’s premium computer eyewear defends eyes against short and long-term effects of digital eye strain due to exposure to digital screens, and harmful blue light. Each of GUNNAR’s models are forged with high-strength, lightweight frame materials to provide long-lasting durability and optical stability.