01Connect
Tell us about your project, objectives, samples, and analytical requirements.
Every scan tells a deeper story.
Advanced hyperspectral imaging for mineral characterization, drillcore analysis, research, and industry.
Hyperspectral drillcore imaging
VNIR · SWIR · LWIR mineral mapping
Advanced spectral imaging
High-resolution scanning
SWIR hyperspectral camera
CNA's Hyperspectral Unit provides advanced hyperspectral imaging and analytical services for industry, researchers, and organizations seeking deeper insight into materials and processes.
Our team works with clients to capture, analyze, and visualize high-precision spectral data, transforming complex information into useful analytical results.
Sharper data. Smarter solutions. Better results.Beyond the surface.
College of the North Atlantic's Hyperspectral Scanning Unit combines advanced spectral imaging, applied research, and geoscience expertise to reveal information that conventional imaging cannot capture.
From mineral exploration and drill-core analysis to environmental and emerging industrial applications, the HSU transforms high-resolution spectral data into information that supports better technical decisions.
VNIR → LWIRBroad spectral coverage
5 CamerasHigh-resolution imaging system
< 1 Minute1.5 m drill-core box scan
Hyperspectral imaging in action
Spectral capabilities
The HSU system is currently equipped with five hyperspectral cameras capable of scanning wavelengths within the 400–5000 nm and 8000–12000 nm ranges, along with an RGB camera and a 3D profiler.
| Equipment | Spectral Range | Minerals | Other |
|---|---|---|---|
| Visible–Near Infrared (VNIR) | 400–1000 nm | REE-bearing minerals | — |
| Shortwave Infrared (SWIR) | 1000–2500 nm | Hydrated minerals | Oil |
| Midwave Infrared (MWIR) | 2500–5000 nm | Carbonates | Plastic, wood, vegetation, food products |
| Longwave Infrared (LWIR) | 8000–12000 nm | All silicates | — |
| RGB | — | — | Core box images |
| 3D profiler | — | — | 3D core profile |
Analyze what conventional imaging cannot see.
The Hyperspectral Unit provides high-resolution imaging capabilities across the electromagnetic spectrum, from Visible Near Infrared (VNIR) to Longwave Infrared (LWIR).
While much of our work focuses on geological materials, hyperspectral imaging can support the analysis of a wide variety of organic and industrial materials.
VNIRVisible Near Infrared
SWIRShortwave Infrared
LWIRLongwave Infrared
From samples to actionable spectral data.
Our facilities support both in-house and mobile hyperspectral scanning, allowing the HSU to work with a wide range of geological and material samples.
Discuss your analysisScanning & analysis
In-house and mobile hyperspectral scanning and data analysis.
Material characterization
Mineralogical and physico-chemical investigation of geological samples.
A range of sample types
Analysis of drill core, hand samples, blast-hole cuttings, and thin-section offcuts.
Geological insight
Geological and mineral analysis supporting exploration, processing, and research.
Data tailored to the project.
The spectral response of a material is related to its composition, so the equipment used for each project is selected according to the materials being scanned and the needs of the project.
Processed spectral data
Processed data displaying the minerals or material of interest.
Raw data
Raw project data for further analysis and interpretation.
RGB imagery
High-quality RGB images of the scanned samples.
3D profiler data
Profile data that complements spectral imaging.
Available data products vary by project and analytical requirements.
How It Works
From the initial conversation to applying your results, our team works with you throughout the analytical process.
02Capture
Our team uses the appropriate hyperspectral imaging systems to collect high-resolution spectral data.
03Analyze
We process and interpret the collected data to identify meaningful spectral and material characteristics.
04Apply
Use the resulting data and insights to support research, exploration, operational, or development objectives.
Explore our spectroscopy resources.
Access spectral and mineralogical resources developed through HSU research and scanning activities.
Ready to see beyond?
Whether you're looking to analyze materials, investigate a research question, or explore a new application of hyperspectral imaging, talk to our team about your project.