Our technology

We developed the fastest core scanner in the market

Engineered for precision and speed, our Hyperspectral Core Scanning technology delivers high-resolution mineral insights, transforming raw geological data into actionable intelligence within minutes.

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Our scanner

Transforming workflows across the mining industry

Our multisensor mobile core scanner is designed for high-speed acquisition and exceptional data quality. Featuring a cutting-edge Hyperspectral Imaging Sensor, it enables continuous core box scanning for optimal handling without disrupting existing workflows.

Technologie LithologIQ technology

  • 2 000m per 8-hour shift / 60 seconds scan time per core box

  • 7 cameras and sensors

  • Hyperspectral Cameras (1mm/pixel)

    • VNIR: 400 - 1000 nm - Rare Earth Elements
    • SWIR: 1000 - 2500nm - Hydrated minerals  (muscovite/sericite, biotite, chlorite + chemistry )
    • MWIR: 2800 - 5400 nm - Carbonates (calcite, siderite, ankerite)
    • LWIR: 7500 - 12000 nm – Silicates, Quartz (Silicification, Rock Hardness)

  • High resolution color photography (50 um/pixel)

    • Wet core
    • Dry core

  • Magnetic susceptibility

    • Continuous over each row

  • High resolution UV fluorescence imaging

  • Versatility

    • Full-core
    • Cut-core
    • RC chips
    • Split-core

  • Edge computing delivering results even with limited connection

Our software

Near real-time data delivery for quicker decision making

Data Connected to Value Drivers

Data is interpreted in a way that creates value for the project, whether it is to find the deposit, design the mine, or stabilize operations enhanced by Hyperspectral Core Scanning.

Ore Tracking

An alteration score based on hyperspectral mineralogy relevant to your deposit is created and provides a simple indicator of hydrothermal alteration and potential mineralization at your site.

Mineral Chemistry

Obtain microprobe-calibrated mineral chemistry for selected minerals (including white mica, chlorite, or carbonates) on a user-defined length interval. Changes in mineral chemistry are often the best trackers of hydrothermal alteration and can serve as effective vectors towards mineralization.

Geostructure - RQD

Automatic RQD determination from machine learning reduces technician workloads on fresh core, integrating seamlessly with Latest Mining Technology solutions.

Data Delivery

LithologIQ core logging web portal, On-premise Data format compatible with the most popular 3D modeling software.

Tracability

Accurate mineralogy without black box analysis or site-specific library, validated through advanced workflows using a Hyperspectral Imaging Sensor.

Transform your workflow today

We do believe that every project is unique and deserves its own methodology. 

The key is to discuss, adapt and deliver.

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