HG-HyperCore-Scan
Hyperspectral Core Scanning System
400–2500nm · Detailed Core Identification & Analysis · Geological Scanning System
A hyperspectral imaging system built for geological exploration and core analysis, enabling core mineral identification and geological information extraction.
Product Introduction
The HG-HyperCore-Scan hyperspectral core scanning system is a high-performance hyperspectral imaging and analysis system developed by Hagorun Technology Limited for geological exploration, mineral resource investigation, oil and gas core analysis, and scientific research applications. Utilizing VNIR-SWIR (400-2500nm) hyperspectral imaging technology, the system performs non-contact, non-destructive, and continuous scanning of core samples. It rapidly captures the spectral signature information of rocks and minerals across various wavebands, enabling mineral composition identification, alteration information extraction, lithological analysis, and geochemical property research.
The HG-HyperCore-Scan system integrates a hyperspectral imaging module, an automated scanning platform, a broad-spectrum illumination system, a motorized motion control system, and post-processing software. It can perform automated continuous scanning on whole drill cores, simultaneously generating hyperspectral datacubes, false-color imagery, and mineral distribution maps. Empowered by advanced mineral identification algorithms and an extensive spectral database, the system achieves automated identification and quantitative analysis of various mineral types, significantly enhancing core analysis efficiency and data consistency.
This system is widely applicable to mineral exploration, oil and gas resource assessment, geological logging, as well as research institutes and university laboratories, providing strong technical support for smart mines, digital core library construction, and geological remote sensing research.
Technical Features
400–2500nm
Full-band hyperspectral coverage
High Resolution
Excellent spectral and spatial resolution
Automated Algorithms
Automated mineral identification and analysis
Non-Destructive Testing
Non-contact core scanning
Modular Design
Flexible expansion and upgrade capabilities
Scientific Grade
Supports multi-scenario geological research
Application Fields
Mineral Resource Exploration
Oil & Gas Core Analysis
Geological Survey & Logging
Mineral Alteration Information Extraction
Digital Core Library Construction
Scientific Research & Teaching Applications
Technical Specifications
| Item | Specifications |
| Spectral Range | 400–2500nm (VIS-NIR-SWIR) |
| Spectral Resolution | ≤8nm (customizable for different bands) |
| Spectral Channels | 200–600 bands (supports customization) |
| Imaging Type | Push-broom Hyperspectral Imaging |
| Detector Type | CMOS + MCT High-Sensitivity Detector |
| Spatial Resolution | 1mm (customizable) |
| Scan Length | Supports core boxes and custom lengths |
| Scan Speed | Automated Scanning |
| Illumination System | Stable Broad-Spectrum Light Source System |
| Calibration Method | Whiteboard Calibration, Dark Current Calibration |
| Data Processing | Real-Time Hyperspectral Analysis & Mineral Identification |
| Software Features | Mineral Classification, Alteration Extraction, Lithological Analysis, etc. |
| Data Output | Hyperspectral Datacube, False-Color Image, Mineral Distribution Map |
| Operating Mode | Automated Continuous Scanning |
| Operating Environment | Laboratory and Industrial Environments |
| Power Requirements | AC 220V |
| System Expansion | Supports Multi-Source Data Fusion |
| Customization Capability | Supports Core Size, Waveband, and Algorithm Customization |
Want to learn more about our Hyperspectral Core Scanning Systems?
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