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    MintMech AMEC in Cornwall: offshore automation lessons for mining engineers

    June 19, 2026|

    Reviewed by Tom Sullivan

    MintMech AMEC in Cornwall: offshore automation lessons for mining engineers

    First reported on International Mining – News

    30 Second Briefing

    MintMech has opened a 750 m² Automation Manufacturing and Engineering Centre (AMEC) near Falmouth, Cornwall, to support integrated delivery of complex mining systems for projects in the UK and Ireland. The facility combines a 30-seat engineering office with a dedicated workshop and yard, enabling design, build and factory acceptance testing on one site. By drawing on offshore engineering experience, MintMech is positioning AMEC for mining projects involving high-reliability automation, harsh marine-influenced environments and modular plant assemblies.

    Technical Brief

    • Co-location of engineering office, workshop and yard enables rapid design–build–test iterations on single site.
    • Workshop layout is geared to factory acceptance testing of integrated control, hydraulics and mechanical packages.
    • Yard space supports trial erection of modular plant skids and transport envelope checks before site dispatch.
    • Offshore-derived QA/QC regimes likely to impose marine-grade fabrication tolerances on mining equipment.
    • For other brownfield ports or coastal mines, such offshore-informed design reduces lifecycle maintenance in aggressive environments.

    Our Take

    Cornwall and Falmouth already host a cluster of offshore and subsea engineering firms, so locating MintMech’s 750 sq.m AMEC there positions mining automation development close to a mature marine supply chain and test environment.

    International Mining’s presence both here and in coverage of Boliden’s European ‘green fleets’ signals that OEMs like MintMech targeting low-emission, high-reliability equipment from offshore oil and gas are likely to find early adopters among decarbonising copper, nickel and zinc operations in Europe.

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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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