Fashion Reading Anti Blue Light Reader Elderly Glasses Computer Readers Cat's Eye Frame Women Diopter Eyewear

100% brand new and high quality Product Name: Women Blue Light Blocking Reading Glasses Material: PC Color: As the Picture Shown Size: As the Picture Shown Applicable User: Women 1. Durable PC Material: These blue light blocking reading glasses are constructed from high-quality polycarbonate (PC) material, providing durability and long-lasting performance. The sturdy PC material ensures that the glasses can withstand daily wear and tear, making them a reliable choice for extended use. 2. Blue Light Protection: Protect your eyes from harmful blue light emitted by digital screens with these blue light blocking reading glasses. The good quality lenses help to reduce eye strain, improve sleep quality, and provide added comfort during extended screen time, making them an essential accessory for anyone exposed to digital devices. 3. Comfortable Nose Pads: Equipped with comfortable nose pads, these blue light blocking glasses offer a snug and comfortable fit for extended wear. The soft and adjustable nose pads prevent slipping and reduce pressure on the nose, enhancing overall comfort and wearability. 4. Cat's Eyes Frame Design: Featuring a stylish cat's eyes frame design, these reading glasses exude a modern and sophisticated aesthetic that complements a variety of face shapes. The contemporary square frames add a touch of elegance and versatility to your eyewear collection. 5. Sturdy Temple Arms: Designed with robust temple arms, these reading glasses feature a secure and stable frame construction that offers a comfortable fit. The sturdy temple arms provide additional support and ensure a secure grip on your face, so you can wear them with confidence. Package Included: 1 Pair of Blue Light Blocking Reading Glasses Note: 1. Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. 2. Please allow 1-3cm(0.39-1.18in) measuring deviation due to manual measurement.