Core and chip scanning for geological insights

Geochemistry

In-field sample scanning that automates and improves geochemical, lithological and structural logging.

Geoscientists need accurate, real-time geochemistry to support confident resource assessments and timely operational decisions.

High-Precision, Non-Destructive XRF Assays for Reliable Geochemistry

Veracio’s advanced XRF scanning delivers precise, non-destructive multi-elemental assays, reducing dependence on lab analysis and minimizing data collection errors.

XRF analysis provides significantly greater data density than traditional lab methods, which improves geological model reliability, accelerates reconciliation, and saves time and resources.

Elemental Assay Reports by Veracio’s Experts

By delivering dependable data reports on elemental assays at specific depth intervals, Veracio empowers your team to focus on high-value analysis, supporting long-term goals of refining resource models and enabling consistent, data-driven decisions.

Confidence in Data, Without Compromising Accuracy

Our system delivers the industry’s widest elemental range at the lowest detection limits, ensuring assay-grade results that reflect real-world conditions.

Photon assay techniques and matrix-matched calibration enhance reliability while eliminating destructive sampling.

Widest elemental range at the lowest detection limits

Automated, High-Fidelity Geochemical Logging

Advanced XRF scanning and high-resolution imaging provide consistent geochemical, lithological, and structural logging—accelerating reconciliation workflows and improving resource grading accuracy.

Reduce Sampling Costs While Increasing Data Resolution

Continuous, high-resolution XRF scanning provides more geochemical data while minimizing the need for costly lab-based assays. This results in faster decision-making, improved model accuracy, and significant cost savings.

Versatile Core and Chip Scanning for Comprehensive Analysis

Core and chip scanning for comprehensive analysis
Maximize efficiency in chip scanning
  • Whole & Half-Core Scanning

    Continuous XRF scanning of drill core in trays, including cut samples.

  • Chips, Jars & Pellets

    Precise scanning of RC chip trays, homogenized samples, and fine-grained materials.

  • Metal Deportment Mapping

    High-resolution scans at increments as small as 10mm to map metal distribution across entire drill holes and resource zones.

  • Automated Specific Gravity & Bulk Density Calculations

    Rapid assessment of material composition and density to support resource modeling and engineering decisions.

  • Automated RQD Analysis

    Standardized RQD interval generation with adjustable settings, improving structural data collection and visualization.

Maximize Efficiency Without Compromising Geological Precision

High Throughput

The capability to scan 160 to 200 meters (400 to 600 feet) of core per 24-hour shift (depending on data density), and even more on reverse circulation (RC) chips.

Multi-Rig Support

One unit can support multiple drill rigs or be used for legacy core analysis.

Minimal Prep Required

Direct core scanning requires little to no sample preparation, accelerating workflows.

Versatile Compatibility

Adapts to all tray types and core sizes, including up to PQ.

Software Options

Veracio’s geological software provides solutions for logging and analysis using the captured geochemical data.

The deployment of scanning technologies, especially at Red Chris, has been important in understanding fine-grained mineral geochemistry and sulfide distributions. This real-time data has allowed our resource team to build geological models in advance, reducing reliance on lab assays.
Anthony Harris
Chief Geoscientist, Newmont

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