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    ALLU expands processing solutions: in-situ concrete buckets for mine planners

    August 13, 2026|

    Reviewed by Tom Sullivan

    ALLU expands processing solutions: in-situ concrete buckets for mine planners

    First reported on Australian Mining

    30 Second Briefing

    ALLU Group has launched a new concrete bucket for 25–45 tonne excavators that screens and crushes demolition concrete directly at the point of generation, eliminating separate mobile crushers on many sites. The attachment processes material in-situ so oversize can be reduced and reusable aggregate produced immediately for backfill or haul-road maintenance, cutting double-handling and truck movements. For mine and quarry operators, this supports on-bench or pit-edge processing of blasted concrete and waste rock, tightening cycle times and reducing reliance on fixed or contract crushing plants.

    Technical Brief

    • ALLU concrete bucket is sized for 25–45 tonne excavators, targeting mid-to-large production classes.
    • Attachment integrates both screening and crushing functions within a single housing and hydraulic circuit.
    • Unit is configured as a front-mounted excavator bucket, avoiding separate powerpacks or auxiliary frames.
    • Design focuses on processing “at source”, aligning with ALLU’s existing transformer and crusher bucket philosophy.
    • Geometry and weight envelope are tuned for demolition and quarry fronts rather than small urban machines.
    • ALLU positions the bucket to complement, not replace, its existing material processing attachments portfolio.
    • For mines and quarries, configuration suits face, bench and stockpile work rather than fixed-plant duty cycles.
    • Launch extends ALLU’s shift from pure screening buckets towards multi-function, in-situ processing tools across sectors.

    Our Take

    The earlier piece in our database on ALLU Group’s concrete screening and crushing attachment, distributed via Total Rockbreaking Solutions, shows the company using Australia as a test-bed market for scaling its bucket technology from construction into heavier mining applications.

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    Prepared by collating external sources, AI-assisted tools, and Geomechanics.io’s proprietary mining database, then reviewed for technical accuracy & edited by our geotechnical team.

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