Introducing the SUPERFLEX-TITAN SF-1141T, a remarkable fusion of contemporary design and advanced engineering. Crafted to exceed expectations, this eyewear masterpiece embodies a harmonious blend of form and function, perfect for those who seek both style and durability in their eyewear.
The SF-1141T boasts a MODIFIED ROUND shape, meticulously designed to complement a wide range of facial profiles while adding a touch of modern sophistication. The BRIDGE TYPE is elegantly executed in a single, seamless arch, offering a minimalist aesthetic that seamlessly connects the lenses.
Unveiling a union of innovation and elegance, the frame effortlessly marries ophthalmic excellence with a sleek design. Engineered with precision, the frame's FRONT, TEMPLE, and FRAME MATERIAL are all expertly fashioned from lightweight and resilient TITANIUM, ensuring enduring comfort and a refined aesthetic that withstands the test of time.
Designed for individuals of any gender, the SF-1141T stands as a testament to unisex versatility. Its considered design elements transcend traditional boundaries, appealing to those who appreciate timeless style and functionality.
Equipped with SPRING HINGES, this eyewear exemplifies adaptability and durability. The hinge mechanism offers flexibility, allowing the temples to gently adjust to varying head sizes and shapes while maintaining a secure fit.
The SF-1141T is crowned with a FULL RIM design, harmonizing the TITANIUM framework with the lenses for a cohesive and complete appearance. This design choice offers a sense of refined unity, elevating the eyewear's aesthetics while reinforcing its structural integrity.
In summary, the SUPERFLEX-TITAN SF-1141T redefines eyewear with its MODIFIED ROUND shape, unisex appeal, and TITANIUM craftsmanship. Melding modern design with top-tier materials, this eyewear masterpiece stands as a symbol of enduring style and unmatched quality. Whether it's a professional setting or a casual outing, the SF-1141T is the quintessential accessory for those who demand the finest in both form and function.
