Titanium Progressive Reading Glasses 3x Magnification Gold, Adaptive Lighting Lenses, Comfort Fit for Men and Women

Gold progressive reading glasses, Size 3x. Lightweight, adaptive lenses and a durable memory frame designed for comfortable all day use. Key benefits Adaptive lenses for varied lighting: Color changing resin lenses adjust between low light and bright conditions to help maintain comfortable visibility without switching glasses. Smooth progressive viewing: Progressive lens design provides seamless transition between distance and near vision without visible dividing lines or image jumping. Lightweight and comfortable fit: memory frame and adjustable nose pads provide a secure, non pinching fit for extended wear. Frame weight: 15.7 g per pair. Durable construction: Anti wear and anti drop design helps resist everyday bumps and slipping. Clear, protected optics: HD scratch resistant and water resistant resin lenses improve scratch resistance and surface durability. Product specifications Color: Gold (also available in Black and Red) Size: 3x Lens material: Resin lens Frame: memory material with lightweight construction Frame weight: 15.7 g per pair Product type: Reading glasses Package options Available as 1, 2, or 3 piece sets. Each selected set includes the same number of glasses, one glasses case per pair, and one cleaning cloth per pair. Practical uses Reading printed text at home or in low light environments where adaptive lenses make it easier to switch between pages and screens. Outdoor reading or running errands when moving between indoor and outdoor lighting without needing to change eyewear. Multitasking situations where you need to view both near items and objects at a distance without removing glasses. Additional notes Please allow 1 to 2 cm difference due to manual measurement. Actual color may vary slightly from the pictures due to display and lighting conditions. This model combines progressive optics, adaptive resin lenses, and a flexible memory frame to provide a practical solution for reading and near vision tasks across different lighting conditions.