Material Compatibility: Supports a variety of luxury watch materials, including 18K gold, stainless steel, carbon fiber, and more
Millimeter-level Precision: AI visual positioning + robotic arm coating, with an error margin of ≤0.1mm
Efficient Coating Utilization: Material utilization rate reaches 90%, with a cost saving of 40%
Fast Production Cycle: 3-minute curing time, with daily output increased to 2,500 units
Solution Overview
This solution is specifically designed for CNC machining of luxury watches. It utilizes millimeter-level intelligent coating technology and eco-friendly removable coatings to achieve high-precision surface protection. It covers materials such as precious metals, ceramics, and titanium alloys, ensuring zero damage during the processing while reducing production costs and environmental pollution.
① Traditional spraying has uneven coverage and results in high consumption of precious metals.
② Chemical plating removal damages the plating layer, triggering the risk of customer complaints.
③ The precision of manual operation is low, and the yield rate fluctuates greatly.
④ As environmental protection regulations are becoming stricter, the cost of waste liquid treatment is rising.
⑤ There are numerous protection blind spots for complex structures (such as hollowed-out watch cases).
① Intelligent 3D Coating: Automatically identifies component contours, ensuring 100% coverage of complex structures.
② Water-Based Stripping Technology: No chemical solvents required, leaving zero residue on the surface after coating removal.
③ Closed-Loop Quality Control System: Real-time infrared monitoring of coating thickness, with a yield rate of ≥99.5%.
④ Modular Equipment: Supports small batch customization (e.g., dedicated protection for tourbillon frames)
⑤ Foxconn Certification: Meets the standards of top-tier brands such as Rolex and Patek Philippe.
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