Description
- Unisex Round Full-Rim Design: Calabria Gotham City 252 showcases a round, full-rim design appealing to both men and women. Meticulously crafted from acetate, these glasses provide a balance of sturdiness and comfort, ideal for various facial structures. Their classic round shape ensures a timeless and versatile appearance, making them a go-to accessory for diverse fashion preferences and daily activities.
- Lightweight and Comfortable Acetate Frame: The frame of the Calabria Gotham City 252 glasses, made from acetate, offers a lightweight experience without compromising on durability. This design ensures ease of wear throughout the day, making them an excellent choice for extended reading or screen time. The material's robustness also adds to the longevity of the glasses, making them a reliable choice for everyday use.
- Blue Light Filter or Clear Lens Options: Offering versatility, these glasses come with the option to choose between Blue Light Filter or Clear Lenses. The Blue Light Filter is ideal for those spending significant time on digital screens for visual comfort. In contrast, the Clear Lenses are perfect for general reading purposes, providing crisp and clear viewing. This option allows you to tailor your glasses to your specific needs and preferences.
- Frame Dimensions for Perfect Fit: The frame dimensions are thoughtfully designed to ensure a comfortable and secure fit. With a frame width of 140 mm (5.52 inches), lens height of 42 mm (1.66 inches), lens width of 52 mm (2.05 inches), bridge width of 20 mm (0.79 inches), and temple length of 147 mm (5.79 inches), these glasses are tailored to fit a wide range of face sizes.
- Precise Frame Measurements: Frame Width: 140 mm (5.52 inches), Lens Height: 42 mm (1.66 inches), Lens Width: 52 mm (2.05 inches), Bridge Width: 20 mm (0.79 inches), Temple Length: 147 mm (5.79 inches). These precise measurements ensure the Calabria Gotham City 252 glasses fit comfortably and securely, making them ideal for daily wear and various activities, from reading to screen-based tasks.