3D digital solution for ores
Based on the real business needs of geological research institutes, geological museums, mineral laboratories, university geology departments, and geotechnical investigation units, it fully covers the entire chain of "non-destructive scanning and data acquisition, intelligent 3D data analysis, and standardized secure storage and archiving," solving the long-term implementation pain points of digitizing mineral crystals, ores and soil cores.
Core positioning of the solution

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.


Tuojie Cloud Map fully automatic mineral-specific scanning and collection solution

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;


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Intellectual Property Management System Certification
Member of the Chinese Museum Association
China's Compulsory Quality Certification 3C