Targeting four major scenarios—geological research, mineral collection, geotechnical exploration, and mineral identification—we create an integrated closed-loop solution featuring fully automated non-contact high-precision 3D scanning, exclusive AI quantitative analysis for geological minerals, and classified digital asset storage for specimen grading.
Replacing traditional manual handheld scanning, 2D photography manual measurement, and paper-based ledger modes, it addresses core industry pain points such as fragile crystals, weathered and damaged rock cores, the inability to quantify crystal faces/pores from2D images, high modeling barriers, disorganized and untraceable specimen archives, and the leakage of classified geological data, establishing a 3D digital specimen database for various minerals, crystals, and cores that is research-ready, identifiable, permanently archivable, and cross-institutionally shareable.
1. Hardware adaptation for all categories of geological specimens
- Micro-scanning chamber: tiny single crystals, gemstones, mineral thin sections, fine- soil samples;
- Standard scanning chamber: crystal cluster ores, medium-sized rock blocks, soil profile specimens;
- Large-scale floor chamber: complete exploration rock cores, largescale stratigraphic ores, mineral vein specimens.
The entire machine is equipped with a spectral ring soft light system macro micron-level optical module multi-axis intelligent gimbal, providing enclosed automatic scanning.
2. Zero-damage fully automatic collection process
1. Staff place the mineral/rock core steadily on the flexible anti-vibration bracket, without need for flipping or spraying any chemicals;
2. One-click startup, the device autonomously rotates 360° and performs multi-angle layered imaging, fully capturing the details of crystal faces, fractures, soil bedding, and particle textures;
3. Fully unmanned operation, 24/7 continuous batch processing, with specimen collection taking only minutes per piece;
