Halfmoon oval reading glasses in silver with 2.25x magnification that combine clear optics, lightweight comfort, and blue light filtering for close work and screen use. Key benefits Clear near vision: 2.25x magnification makes reading small print, labels, and detailed work easier and faster. Reduced visual distraction from screens: blue light filtering lenses are designed for use with digital devices and artificial lighting, helping maintain visual comfort during extended close tasks. Comfortable allday wear: lightweight frame with ergonomically shaped nose pads and temple tips minimizes pressure points for longer use. Durable optical surface: crystal clear lenses feature a durable coating to resist scratches and smudges for reliable everyday performance. What makes these glasses stand out Sleek halfmoon oval frame in silver for a modern, professional look that suits casual and workplace settings. Practical lens design that balances magnification and field of view for reading and close tasks without bulk. Thoughtful fit details including contoured nose pads and tapered temple tips to reduce slipping and improve stability. Function and compatibility Magnification strength: 2.25x for near vision tasks. Color and style: silver halfmoon oval frame suitable for both casual and professional environments. Intended use: reading, device screens, and detailed hobbies or tasks that require magnification and clear optics. Typical use scenarios At the desk: reading reports, reviewing spreadsheets, and working at a computer or tablet for extended periods. At home: reading books, magazines, or medication labels and navigating menus or small print on appliances. During hobbies: sewing, model building, crafting, or other detailoriented activities that require precise close vision. Product notes Lightweight construction and ergonomic fit components support extended wear. Lenses are designed for clarity and daily durability with scratch and smudge resistance. Designed for close work and screen use with 2.25x magnification and blue light filtering properties.