Mining · Ore liberation · Controlled weakening

Ore liberation
beyond conventional crushing.

Comminution is one of the most energy-intensive steps in mineral processing. XCRUSHER explores pulsed-energy fragmentation and controlled weakening to reduce mechanical intensity and improve downstream separation.

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The limit

Crushing reduces size.
It does not always
release value.

Conventional crushing consumes energy to mechanically break mineral structures.

This generates fines, over-crushing and mixed fractions that reduce the efficiency of downstream separation.

The strategic question is no longer just how to reduce size. It's how to create useful fractures where mineral phases actually need to separate.

The XCRUSHER approach

Controlled weakening
before mechanical effort.

01 · Pre-fragmentation
Pre-fragmentationPulsed events before conventional comminution to initiate preferential fractures.
02 · Selective weakening
Selective weakeningShockwave interactions inducing friability along mineral contrasts, interfaces or internal weaknesses.
03 · Ore liberation
Ore liberationTargeting mineral interfaces to improve accessibility of valuable phases before downstream separation.
04 · Process optimisation
Process optimisationQualification of input energy, particle response and separation performance by ore type and objective.

Material evidence

Rock. Ore. Fractured fractions.

Ore sample
Mineral structure
Fractured fraction

Detailed application

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Selective fragmentation. Material preserved.

The future of mineral processing
won't just crush harder.

It will create smarter fractures, earlier in the process chain.

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