Sophia Vergara Foster Grant Linda Blue Light Reading Glasses - Rectangular

The Features That Define It

Multi Focus Reading Glasses

• 3 Magnification Strengths: Easily switch between 3 different magnification levels to read, see short distances, use computers, and interact with others.
• Scratch and Impact Resistant: Enjoy enhanced durability with scratch- and impact-resistant lenses.
• Comfortable and Flattering Fit: Designed to suit every face shape, our e.Readers offer lightweight, stylish frames and spring-hinge support.
• Blue Light Protection: Filter 30% of potentially harmful blue light*.

Why Choose Our Multi Focus Reading Glasses?

• Perfect for Women: Tailored for women, with stylish and comfortable frames.
• Versatile: Use for reading, short distances, computers, and more.
• Comfortable Fit: Featuring spring-hinge support for a secure and comfortable wear.
• Blue Light Filtration: Protect your eyes with our patented lens technology.
• Scratch Resistant: Keep your lenses in great condition longer.

Blue Light Filter Glasses

• Blue Light Filtering: Our blue light glasses filter an average of 34% of potentially harmful blue light* emitted from computers, laptops, tablets, and smartphones.
• Scratch and Impact Resistant: Benefit from durable, scratch- and impact-resistant lenses.
• Lightweight Plastic Frame: Wear with ease in a lightweight, stylish design.
• Spring-Hinge Support: Enjoy a secure and comfortable fit.
• Included Case and Cloth: Comes with a cleaning cloth and protective carrying case.

Why Choose Our Blue Light Filter Glasses?

• Effective Blue Light Filtration: Enjoy protection from potentially harmful blue light.
• Durable Design: Scratch- and impact-resistant lenses for lasting use.
• Comfortable and Stylish: Lightweight plastic frame for a flattering fit.
• Easily Carried: Includes a cleaning cloth and protective carrying case.
• Patented Technology: Backed by U.S. Pat. No. 8,360,574, with other patents pending.

*Filters an average of 34% of potentially harmful blue light as measured at 5nm increments in the 415-455nm range. Covering under U.S. Pat. No. 8,360,574. Other U.S. and foreign patents pending.