The most surprising thing about the MING Polymesh is how soft it looks. From a distance, it reads like a piece of woven metal fabric. Up close, it is a tightly engineered structure in grade 5 titanium, with a drape that feels more textile than hardware.
3D-printed, not assembled like a normal strap
MING says the Polymesh is the world’s first 3D-printed titanium bracelet-strap hybrid. The bracelet and buckle are formed in one piece, without pins or screws, and the design relies on additive manufacturing rather than traditional machining.
What makes it visually different
- 1,693 subcomponents linked into a closed loop
- Laser-sintered grade 5 titanium
- Integrated tuck buckle
- Curved end quick-release 20mm springbars
A bracelet that wears like fabric
The idea is simple and strange at the same time: give metal the fluid movement of cloth. MING says the topology was redesigned seven times to increase motion in the radial axis, creating a bracelet that bends and settles like a strap while keeping the tactile feel of a bracelet.
Why it stands out: industrial texture, liquid-like movement, and a manufacturing process that turns a watch accessory into a miniature feat of engineering.
The Polymesh is the kind of object you notice before you understand it. And that is exactly the point.
Open the official page to learn more.
