In the Lumière collection by Visualites, we use polycarbonate (PC) for our lenses due to its unparalleled lightness compared to glass or other materials, paired with exceptional impact resistance and durability. Utilizing advanced manufacturing techniques, we offer Ultra-Thin PC lenses that feature a sleek, lower-profile design than previous methods, making our reading glasses among the lightest available.

Each lens meets our stringent Optical Quality standards, distinguishing them from less costly alternatives. Experience sharpness and clarity in your reading with our premium optical lenses, meticulously engineered for superior visual acuity.

We introduced new full frame readers for those who prefer readers with a sturdier support, different aesthetic and more durability. The frames also offer a wider range of style choices and a larger lens area for those who prefer a larger viewing area. It is this larger lens that has allowed us to introduce Progressive reading glasses in the Visualites line.

Made with TR-90, highly regarded for full frame reading glasses due to several key advantages. It is exceptionally lightweight, which enhances comfort during extended wear without exerting undue pressure on the nose and ears and it has remarkable flexibility and resilience to stress, heat, and impact.

Injection molding is often considered a superior method for making durable full frame reading glasses due to several advantages it offers over alternative manufacturing techniques. Injection molding ensures high precision and consistency in producing frames, resulting in exact dimensions and specifications that contribute to a comfortable and reliable fit. This method allows for the creation of thin yet strong structures, reducing the overall weight of the glasses while maintaining durability.

In cheaper readers, hinges are typically inserted using a heat and push method, often resulting in unsightly bumps or excess plastic around the hinges. In contrast, our frames feature metal hinges seamlessly integrated during the injection molding process, ensuring a smooth, low-profile surface finish.