Hyperspectral Imaging

Advanced imaging for deeper insight.

College of the North Atlantic's Hyperspectral Scanning Unit combines advanced spectral imaging, applied research, and geoscience expertise to reveal information beyond conventional imaging.

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Hyperspectral Scanning Unit
Hyperspectral Scanning UnitAdvanced spectral imaging
HSU scanning operations
In operationHigh-resolution scanning
Hyperspectral data displayed on the HSU output monitor
Data & analysisTurning scans into insight

See beyond the surface

From spectral data to practical insight

The Hyperspectral Scanning Unit (HSU) at College of the North Atlantic's Office of Applied Research and Innovation provides high-resolution hyperspectral imaging and analytical services for research and industry.

Our capabilities span the visible and infrared regions of the electromagnetic spectrum, enabling detailed investigation of minerals, drill core, geological materials, and a growing range of other sample types.

We work with clients and research partners to collect, analyze, visualize, and interpret spectral data—turning complex measurements into information that can support better technical and operational decisions.

College of the North Atlantic Hyperspectral Scanning Unit
Hyperspectral Scanning UnitAdvanced spectral imaging in action

Our capabilities

Technology, expertise, and applied research

From initial scanning through interpretation and collaborative research, the HSU supports projects throughout the analytical process.

Hyperspectral Imaging

Rapid, high-resolution hyperspectral scanning across the visible and infrared spectrum, supporting detailed characterization of geological and other materials.

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Analysis & Interpretation

Spectral data collection, analysis, visualization, and interpretation to investigate mineralogical and physio-chemical variability and support informed decision-making.

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Applied Research

Collaborative research, feasibility studies, technology development, and custom imaging solutions designed around real industry and research challenges.

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Spectroscopy Databases

Growing mineral and drill-core databases provide access to spectral and mineralogical information for research, education, and industry applications.

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Media insertHyperspectral scanning

Ideal location for equipment photography, a scanning video, or a hyperspectral visualization.

Hyperspectral imaging

High-resolution analysis

The HSU operates a multi-camera hyperspectral imaging system covering spectral regions from Visible Near Infrared through Longwave Infrared.

The system supports rapid scanning of geological materials, including drill core. A 1.5-metre drill-core box can be scanned by the five-camera system in under a minute, providing high-resolution spectral information for subsequent analysis and interpretation.

Explore hyperspectral imaging

Our process

From samples to insight

HSU projects combine advanced data acquisition with analysis and interpretation tailored to the project.

01

Understand

We work with clients and researchers to understand the material, problem, and analytical objectives.

02

Scan

Samples are imaged using the appropriate hyperspectral instruments and spectral ranges.

03

Analyze

Spectral data are processed and investigated for meaningful mineralogical, chemical, or material variation.

04

Interpret

Results are visualized and interpreted to provide useful information for research and decision-making.

Future media / diagramSample → Scan → Spectral Data → Analysis → Insight

Flexible analysis

More than drill core

Geological materials are a major focus of the HSU, but the technology can be applied to many types of samples. Imaging approaches can be tailored to the material and objectives of the project.

Drill coreHand samplesBlast-hole cuttingsThin-section offcutsGeological materialsOrganic & industrial materials
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Add photographs showing drill core, hand samples, cuttings, and other materials handled by the HSU.

Applications

Supporting research and industry

Hyperspectral imaging can provide useful information anywhere spectral differences help distinguish materials, composition, or condition.

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Mining & Geology

Mineral identification, material characterization, geological interpretation, and exploration support.

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Mineral Processing

Detailed mineralogical information to support improved understanding and optimization of ore processing.

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Environmental Monitoring

Spectral approaches for investigating vegetation, water quality, land use, and environmental materials.

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Agriculture

Applications including crop-health monitoring, pest detection, and spectral assessment of agricultural materials.

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Manufacturing & Materials

Material characterization, quality-control research, and investigation of material variability and defects.

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Research & Innovation

Flexible imaging and analytical capabilities for emerging applications, feasibility studies, and collaborative R&D.

Applied research

Built for collaboration

The HSU works with industry, researchers, government, and other organizations on applied research and technology-development projects.

Our team can support feasibility studies, specialized imaging, data analysis and interpretation, technology demonstrations, training, and the exploration of new hyperspectral applications.

Media insertResearch & industry collaboration

Space for a project photograph, partner collaboration, field deployment, or team image.

Work with us

Have a project in mind?

Connect with the HSU team to discuss your samples, research objectives, and how our imaging and analytical capabilities could support your project.