California-based augmented reality (AR) glasses manufacturer, Ocutrx Vision Technologies, LLC, has recently unveiled its new, cutting-edge design for Oculenz™ AR Wear glasses, which is the company’s flagship product.

Sources with knowledge on the matter confirmed that the new aesthetic, being introduced at the Mobile World Congress in Barcelona, was co-developed by the product design team at Karten Design. The redesigned, state-of-the-art Oculenz AR glasses are said to be low-profile and more lightweight in comparison with Mircrosoft’s HoloLens 2, with floating lenses that offer an unobstructed and bright field of view.

The product is suitable for consumer use as well as demanding applications in the medical and industrial environments. Sources said that the first market for the Oculenz AR would be for patients having macular degeneration and other low vision problems.

Ocutrx is apparently the world’s first heads-up AR manufacturer to integrate eye-tracking and cellular connectivity fully into the design of its headset. The Oculenz AR consists of eye-tracking cameras and infra-red (IR) illumination mounted in a nose bridge that provides a clear line of sight to the eye and does not obstruct the user’s field of view. Oculenz can be adapted easily to various AR applications owing to this centralized component design, the sources mentioned.

Ocutrx’s CEO and CTO, Michael H. Freeman believes the new cellular-connected design for AR Wear does not only represent a step forward for the company, but for the entire AR Wear market. He state an example, saying that a surgeon in an operating room would now benefit from the very light weight and redesigned head strap which offers comfort for extended use periods, while keeping the headset secure during a surgery for 3D visualization.

According to the sources, Oculenz AR would prove to be of great value for age-related macular degeneration patients. The eyeglass inspired design supposedly assists in relieving the common stigma associated with worn medical products, whereas a tinted upper lens helps in visualizing obscure SLAM sensors along with the 4K cameras that are embedded in the glasses.