Premium blue light blocking lens: Felix Gray blue light-blocking glasses are designed with a special lens technology that filters out 99% of harmful blue light, helping to alleviate headaches, reduce Digital Eye Strain, and improve quality of sleep.
Unique lens technology: Felix Gray lenses are clear and effective without distorting colors, making them ideal for everyday use. The lenses are also designed to be lightweight and durable, with a scratch-resistant coating for added protection.
100% UVA/UVB protection: Felix Gray glasses provide 100% UVA and UVB protection, helping to protect your eyes from harmful rays. The double-sided anti-glare coating also helps to reduce eye fatigue and improve visual clarity.
High-quality frame materials: Felix Gray glasses are made from high-quality frame materials that are lightweight yet durable. The spring-loaded hinges allow for a comfortable fit, making them ideal for extended use.
Versatile design: With their sleek and modern design, Felix Gray glasses can be worn as a stylish accessory or used for sports and outdoor activities.
Description
Felix Gray Blue Light blocking glasses are in a class all their own. Handcrafted Italian acetate frames with proprietary lenses provide the perfect balance between fashion and function making these a necessity within the computer screen, or gaming heavy lifestyle that a lot of us have. By filtering Blue Light and eliminating glare as much as possible, you are relieving an enormous amount of eye strain as you go about your day. Blue Light is emitted by all computer screens, and studies show it is linked to eye strain, sleep cycle disruption, and potentially macular degeneration. Glare creates unnecessary feedback that impacts vision and creates stress on your eyes. Felix Gray's filtering technology is embedded directly within the lenses, so 50% of all Blue Light and almost 90% of the highest range are filtered out. Premium anti-glare and UV protection are also applied, with no blue-reflective coating and an unnoticeable tint on the lenses themselves.