Bændit Eyewear


Founded in 2014, BÆNDIT challenges the norm and gives you a carefree approach to sunglasses, with focus on quality, design, lens protection, space saving and usability. After much experimentation, testing with different materials and structures, adding features and simplifying processes BÆNDIT, the very first and only modular and bendable eyewear structure, was born. Whether you are style savvy, a trendy hipster an adrenaline junky or just a junky, BÆNDIT Eyewear is the answer to every accessory question. With already multiple patents awarded, BÆNDIT fuses design with science. Purely driven by innovation, BÆNDIT promises to always be at the forefront of creativity.

Product / Service Range

BÆNDIT revolutionary patent pending structure and materials allows for a whole new eye wear experience.

In new generation TR-90 polymer: lightweight, flexible and impact resistance. TR90 referred to as plastic titanium, a memory polymer material, BÆNDIT eyepiece frame is so light that it floats but also strong, with a resistance to deformation index of 620kg/cm2 and the ability to regain shape after deformation.

Custom S20 Revo lenses made specifically for BÆNDIT to work in the toughest of environments and filter out 100% of UVA / UVB / UVC. Made from Thermoplastic Polycarbonate composite for extra strength and durability.

BÆNDIT alloy, processed and engineered to reach exceptional reversible plasticity properties. Ductility and malleability performances allow the core of the temples and bridge to deform, hold position and move back to original when pressure is applied. This is further enhanced by flexibility of the silicon casing and the fact that it is bonded to the alloy core.
Additionally each temple and nose bridge piece is hand cut and 4 (temples) to 8 (nose) safety pins are hand welded to the main structure to work as a locking mechanism to the eye frame piece.

High Resistance Silicone-Rubber Elastomer cured and Injection molded with the alloy core to be permanently bonded. The molded Silicone casing provides the elastic capacity to follow the core in the deformation process and helps in the last 5% of returning to its original shape.

Made from recycled cardboard.