Top Rexing Deals for September 2025

Make a futuristic statement with these striking geometric frames. The double matte silver eyewire and delicate metal arms are complemented by purple temple tips. Designed with adjustable nose pads for a custom fit, this otherworldly pair is part of our Futuristic collection.

Throw on a pair of Met frames and watch your style elevate. These unique and versatile specs make a big statement, featuring a geometric silhouette, perforated rims, and a slim gunmetal construction. Adjustable nose pads and spring hinges ensure a secure comfortable fit.

Introducing Facet, the unexpected metal frame for any true sci-fi fan. With the iconic double browline and sleek arms, you'll be able to channel your favorite intergalactic movie characters wherever you go. Complete with adjustable nose pads for a custom fit, you can wear them for morning commutes to late-night movie marathons. Part of our Futuristic collection.

Dara takes center stage with its effortless shape and eye-catching design. This powerful frame features gemstone-inspired yellow and black acetate, with a bold set of horn-rimmed lenses — the perfect down-to-earth look for those who like their style on the bolder side.

Essence is an round frame that features a unique browline in black and a full-rim metal finish in silver. With a high-tech style and futuristic flair, it’s a look that will have everyone asking about your eyewear. Complete with adjustable nose pads for a custom fit.

Riding around the city has never looked so good. Sleek and modern, Cab is an aviator frame that’s got you covered when it comes to style and function. Adjustable nose pads offer a snug fit, while the two-toned black and yellow metal finish give the look an edgy appeal.

Calla is a statement-making cat-eye frame crafted from bio-based acetate,* designed to elevate your style. Its modern, bold shape adds an extra layer of sophistication to your everyday look, making it the perfect frame for those who love to stand out. *Acetate having 61% bio-based carbon content representing the amount of plant-based carbon in the material compared to fossil-based carbon.