High-Precision Jewelry-Grade 3D Scanning
Capturing micron-level detail — revealing the true beauty of craftsmanship.
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High-Precision Jewelry-Grade 3D Scanning
Overview
Our high-precision 3D scanning service delivers exceptional accuracy and resolution, enabling significant improvements in design efficiency, production speed, and product quality. From toy figures and engineering development to the jewelry industry, our advanced scanning solutions help clients gain a competitive edge through enhanced productivity and precision.
Discover Our Core Strengths
Wide Range of Applications
Versatile across multiple industries — enhancing design efficiency, accelerating production workflows, and improving overall product quality.
Near 4K-Level Detail Resolution
Utilizing sub-pixel, non-contact structured light scanning combined with a high-resolution optical measurement system, capturing details as fine as 0.06 mm.
Metrology-Grade Accuracy
With a system resolution of 0.06 mm, high-performance hardware and advanced 3D vision algorithms deliver the precision required for industrial inspection, quality control, and precision engineering.
Past Scanning Results
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Frequently Asked Questions
The standard turnaround time for 3D scanning is 7–10 working days. Express service is available — if the object is received before 12:00 PM, it can be completed by 8:00 PM on the same day. Please notify us in advance for urgent requests. For any inquiries, feel free to contact us.
This high-precision 3D scanning service is specifically designed for small and intricate components, capturing fine details with exceptional clarity.
- Maximum size: 60 mm × 60 mm × 60 mm
- Minimum size: 1 mm × 1 mm × 1 mm
Since 3D scanners rely on optical reflection, black, transparent, and reflective objects cannot be accurately scanned.
Black surfaces absorb light. Transparent materials allow light to pass through. Reflective surfaces cause glare and distortion. To ensure optimal results, we recommend applying a 3D scanning spray, which evaporates naturally within a few hours.
Objects with internal cavities, hollow areas, or holes deeper than 5 mm may not be fully captured, as light cannot reach those regions. The final scan file will appear as a solid 3D model without color data.
Yes — if the scan data is complete and free of missing surfaces, it can be directly printed.
