1、 Technological innovation reshapes the pattern of jewelry manufacturing
In jewelry industry clusters such as Shenzhen and Dongguan, laser marking machines are becoming the core equipment for enterprise transformation and upgrading. Data shows that the market size of China's jewelry laser processing equipment will exceed 3.2 billion yuan in 2024, with a compound annual growth rate of 18.7%. This precision machining technology using high-energy laser beams can improve efficiency by 60% -80% compared to traditional processes, making it particularly suitable for the processing needs of precious metals such as gold and platinum, as well as non-metallic materials such as jade and pearls.
2、 Analysis of Precision Carving Technology
Micron level precision control: By using dynamic focusing technology to achieve a spot diameter of 0.01mm, personalized text of size 5 can be engraved on the inner wall of the ring
Multi material compatibility solution:
Fiber laser: deep carving on metal surfaces (depth up to 0.3mm)
CO ₂ laser: surface treatment of jade/wood (roughness Ra ≤ 0.8 μ m)
UV laser: precision electronic component marking (edge burrs<5 μ m)
3D relief technology: Combined with five axis linkage technology, three-dimensional pattern carving can be achieved on curved jewelry

3、 Market opportunities under the wave of customization
A case study of a certain luxury brand shows that after introducing laser marking equipment:
The proportion of customized orders has increased from 15% to 42%
28% increase in unit price per customer
Delivery lead time shortened to within 48 hours
4、 New Path of Sustainable Development
Environmental advantage: Compared to etching process, it reduces the use of chemical reagents by 95%
Anti counterfeiting traceability: Supports QR code/DNA encryption labeling, increasing product traceability rate to 92%
Carbon footprint optimization: Unit energy consumption reduced by 65% compared to traditional processes
5、 Technological Evolution Trends
The 2025 Industry White Paper shows:
Ultra fast laser technology will achieve nanoscale engraving
AI intelligent typesetting system can improve material utilization by 15%
Modular equipment design reduces maintenance costs by 30%