The ENERPAT BM-D Dual Output Metal Briquetting Press is a heavy-duty hydraulic briquetting system intended to squeeze loose metal chips such as steel, stainless steel, aluminum, copper, brass, nickel and machining residues into compact, uniform briquettes. The dual-output synchronous pressing design delivers two finished briquettes per pressing cycle, achieving higher productivity than traditional single-head briquetting presses.
High-pressure hydraulic compaction technology is applied by the BM-D to shape fluffy metal chips firmly without any bonding materials or extra additives. These compact briquettes simplify warehouse administration, cargo transportation arrangement and follow-up smelting processing, reduce metal oxidation loss and boost the thermal efficiency of industrial furnaces.
This machine is equipped with an independent cutting fluid recovery module to collect residual coolant during briquetting molding. Recycled cutting oil can be put into repeated use, lowering overall coolant consumption and waste liquid treatment costs, and forming drier, cleaner briquettes with greater market recycling value.
Specially engineered for round-the-clock continuous industrial production, the BM-D is fitted with servo hydraulic control systems and full-automatic PLC intelligent operation to ensure stable running conditions and consistent briquette forming quality. It gains wide deployment in machining factories, casting enterprises, metal fabricators and professional recycling facilities undertaking large-scale metal chip disposal work.
Developed with premium British technical support and manufactured in compliance with CE and ISO international quality norms, the ENERPAT BM-D offers a reliable approach to compress metal scrap volume, reclaim valuable recyclable resources and reduce comprehensive material management expenditure.
Price Notice: The definite selling price relies on machine model, configuration selection and actual processing materials. Reach out to our sales specialists now for a targeted formal quotation.
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