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Watchmaking 

As industry giants like Rolex adopt femtosecond technology for balance shafts and intricate dial engravings, laser micromachining has become essential for high-end horology. Traditional manufacturing methods often struggle with the fragility of hair-thin springs, gears, and escapements.

MONO delivers advanced femtosecond laser solutions that revolutionize watch manufacturing through "cold ablation." By vaporizing material instantly, we eliminate thermal stress and deformation, ensuring structural integrity for the most delicate movements.

Key Capabilities

Micron-Level Precision: Achieve ±1μm accuracy with a surface roughness of Ra ≤ 0.2μm. The result is a pristine, burr-free edge that requires virtually no post-processing.
Unparalleled Design Freedom: With a minimum cutting width of just 3μm, we enable the creation of complex skeletonized structures and precise gear profiles that traditional stamping cannot match.
Material Versatility: We process a full spectrum of materials, from standard stainless steel and precious metals to challenging sapphire crystals, ceramics, and composites.

From cutting functional components (hands, springs, escapement forks) to etching aesthetic 3D textures on dials, our technology empowers watchmakers to redefine the boundaries of precision and craftsmanship.

Application Examples

fs-laser watch gear cutting

Watch Gear Cutting | Tolerance: ±2μm, High Roundness

fs-laser watch gear cutting-Mono

Escape Wheel Cutting | Minimum Rib Width: 70μm, Tolerance: ±2μm

fs-laser watch gear micromachining

Escape Wheel Precision Cutting | Burr-Free, Tolerance ±0.2μm

fs-laser watch gear processing

Wheel Precision Cutting | High Surface Finish, Burr-Free, Tolerance ±0.2μm

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F1-F2, Building 4, Jianfa-Xinmei Industrial Park, No. 21 Gongtang Road, Guangming District, Shenzhen, China.

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