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The MING Polymesh: a bracelet that wears like a strap, and a strap with the tactility of a bracelet. The MING Polymesh is the world’s first 3D printed, titanium bracelet-strap hybrid.
The MING Polymesh is formed from 1,693 individual components which are formed simultaneously and hooked into adjoining components in a closed loop. The construction of the Polymesh is only made possible by 3D printing as it cannot be made using traditional methods like machining.
The production process takes several hours per bracelet because each bracelet requires more than one thousand individual layers of sintering. Each bracelet is manufactured from grade 5 titanium.
Quick-release spring bars.
Sizing:
Recommended for wrist sizes ranging from 6" to 7.8" (152mm - 200mm).
Width (at lugs): 20mm.
Details:
Free shipping.
Please note that your purchase of the MING Polymesh does not include any of the watches pictured.
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Features
• World's first 3D-printed, titanium bracelet-strap hybrid.
• Integrated tuck buckle system.
• Curved quick-release 20mm spring bars. -
Made in Switzerland
• Realized by additive manufacturing and laser sintered grade 5 titanium.
• One-piece construction comprising 1,693 subcomponents. No pins, screws, or traditional assembly.
• Integrated tuck buckle system -
Warranty
• One year limited mechanical guarantee.
ALTERNATIVE HOROLOGICAL ALLIANCE
The Alternative Horological Alliance is an alliance of similar-minded horological brands to support and promote independent watchmaking outside established, conventional structures. The AHA is committed to an independent, open and accelerative approach to watchmaking.
As a proud, member of the AHA along with Horologer MING, Massena LAB is excited to offer the MING polymesh bracelet to our network of friends and clients.
MING Polymesh
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