Do you want to maximise the value gained from your core scanning data?

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Note how the pattern breaks up the image behind it into individual tiles.

The background is a QEMSCAN image of a copper ore, each colour represents a different mineral. The pattern on the foreground is a simulated fragmentation tessellation .

Each tile represents a unique milled ore particle with its own liberation characteristics, metallurgical properties and value. All simulated without breaking a single core.

This is what Wexalia's liberation simulation algorithms do. Repeatable, non-destructive, cost-effective liberation simulation.

Having these 'particles' unlocks all the valuable data usually only accessible from costly and time-consuming liberation analyses and metallurgical testwork.

Our algorithms can do this quickly and cheaply on drill core images, whilst leaving your valuable drill cores intact.

Enabling crucial metallurgical and parameters to be approximated early in an exploration project.

Bringing you large, continuous down-hole datasets that allow complex simulations and machine learning for deep metallurgical understanding.

Get in touch to find out how our
liberation algorithms can advance
your project