MING has unveiled the Polymesh, a revolutionary feat of watch design and engineering that redefines what a bracelet can be. Touted as the world’s first 3D-printed titanium bracelet-strap hybrid, the Polymesh blends art and technology into a single, striking piece of wearable innovation.

After seven complete redesigns, MING’s team has arrived at a structure that feels more organic than mechanical. Each bracelet comprises 1,693 interlocking components formed simultaneously in a closed loop — a design impossible to achieve using traditional machining methods. This radical geometry gives the Polymesh flexibility along its radial axis, allowing it to drape naturally on the wrist while maintaining remarkable structural integrity.

Crafted from grade 5 titanium via laser sintering, each bracelet takes several hours to produce, with every detail meticulously realized in partnership with Italian precision manufacturer Sisma S.p.A. and Switzerland’s ProMotion SA. The result? A one-piece construction that wears like a strap but feels like a bracelet — lightweight, tactile, and durable.

Fitted with MING’s integrated tuck buckle and compatible with all 20mm lug-width MING models, the Polymesh represents a new frontier in both design and materials science. At $1,500, it’s not just an accessory — it’s a glimpse into the future of wearable engineering, merging form and function in a way only MING can.

For more from MING, check out the MING 37.05 Lunatic.