
At just 3.3mm thin, it combines slimness with strength, showcasing an intricate openwork design that reveals the beauty of timekeeping from within.
Imagine peering into the soul of time itself—where every gear turns with purposeful grace and nothing hides in shadow. Our ultra-thin skeletonized Miyota 9015 movement brings this vision to life, transforming a trusted classic into a captivating display of mechanical artistry.
We start with the renowned Miyota 9015—already celebrated for its reliability, smooth 28,800 vph beat, and 42-hour power reserve. Then, our factory experts carefully skeletonize the plates and bridges, removing material with precision to reveal the intricate dance of wheels, escapement, and ruby jewels beneath. The result? A breathtaking openwork design that lets you watch the movement breathe and pulse in real time, all while maintaining an astonishingly slim 3.3mm profile—perfect for elegant, modern watch cases.
This ultra-thin construction doesn’t compromise performance. Instead, it enhances it: lighter weight, better proportions, and a premium aesthetic ideal for exhibition casebacks or transparent dials. Every visible component receives refined finishing—brushed surfaces, polished edges, and gleaming screws—for a sophisticated look that rivals higher-end calibers.
As a professional watch manufacturing factory, we go beyond off-the-shelf solutions. We offer completely free design services and extensive functional customization: add brand-specific rotor engravings, logo placement on bridges, alternative jewel colors, power reserve indicators, or other complications tailored to your collection. Our team works closely with you from concept to prototype, ensuring seamless integration and consistent high-quality production.
| Product Model | JX.9015 |
| Brand | Miyota 9015 |
| Movement type | Automatic, Manual wind mechanical |
| Feature | Skeleton, 3 hands |
| Frequency | 28800/h |
| Jewel Bearing | 24 |
| Power reserve | 40/h |
| Diameter | 26mm |
| Thickness | 3.3mm |
| Shape | Round |
| Customization | Low MOQ customization |
| Place of Origin | China |