Reliable hydraulic cutting systems for preparing oversized metal scrap for recovery.
The DILOYA Mini Alligator Shear is a compact, movable hydraulic cutting machine for light and relatively thin scrap. It helps workshops and collection points cut small-diameter cable and wire, aluminium profiles, copper tube and other suitable non-ferrous offcuts into manageable lengths. The machine is selected according to material cross-section, wall thickness and cutting-force requirements.
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The DILOYA Integrated Alligator Shear refines the conventional alligator-shear arrangement into a more compact, coordinated machine package. It cuts suitable scrap bars, profiles, tubes and production offcuts while reducing the installation space and external component layout required by a traditional setup. The exact integrated functions and cutting range depend on the selected model.
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The DILOYA Alligator Shear is a conventional hydraulic pivot-jaw scrap cutter built for stable, repeatable cutting of suitable metal sections. Its robust frame and straightforward cutting arrangement serve scrap yards, fabrication shops and recycling operations preparing bars, pipes, profiles and offcuts for the next handling or processing stage.
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The DILOYA Horizontal Container Shear uses a box-style receiving chamber to contain, compress and shear bulky steel scrap in a planned production sequence. Its horizontal layout is intended for high-volume scrap yards that need strong cutting performance while using the available site area efficiently. Heavy plate, structural sections and other compatible ferrous scrap are assessed against chamber dimensions and cutting force.
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The DILOYA Vertical Gantry Shear applies a vertically moving hydraulic blade within a gantry-style structure to cut a broad range of compatible steel scrap. Designed for demanding recycling-yard duty, it combines a large feed opening with high-capacity cutting potential. The selected model, material section and operating cycle determine achievable production output.
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The DILOYA Horizontal Grid Shear is designed to cut bulky waste plastic film and agricultural mulch film into pieces suitable for the next recycling step. Its grid-style cutting arrangement supports high-volume processing of lightweight, flexible feedstock. Output size and hourly throughput depend on film type, contamination, feeding consistency and the chosen machine configuration; this is not a heavy steel scrap shear.
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Aluminium ProfilesAluminium profiles and extrusion offcuts are long, hollow and difficult to stack efficiently. DILOYA hydraulic metal balers compress window frames, structural sections and production offcuts into dense, stable bales for safer handling, lower storage and transport costs, and consistent delivery to aluminium recyclers and remelting plants.
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Aluminium WiresAluminium wire scrap is long, flexible and easily tangled, making loose material difficult to stack, load and transport. DILOYA hydraulic metal balers compress clean aluminium wires and cable conductors into dense, stable rectangular bales for safer handling, compact storage and efficient delivery to aluminium recyclers and remelting plants.
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Light Scrap MetalLight scrap metal includes thin-gauge steel sheet, press-shop offcuts, panels and other bulky ferrous pieces. DILOYA hydraulic metal balers compress this loose, springy material into dense rectangular bales for controlled storage, efficient loading and economical transport. This application is intended for baling only.
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Stainless Steel ScrapStainless steel scrap includes sorted sheet offcuts, press skeletons, wire, mesh and light fabrication remnants. DILOYA hydraulic metal balers compress this valuable but bulky material into dense, stable bales while supporting grade separation, safer handling, compact storage and efficient shipment to stainless recyclers and melting plants. This application is intended for baling only.
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Heavy Scrap MetalHeavy scrap metal includes thick steel plate, beams, channels, pipe, fabrication offcuts and dismantled machinery structures. DILOYA hydraulic scrap shears pre-compress and cut this oversized ferrous material into controlled furnace-ready lengths for safer stockpiling, efficient loading and reliable downstream melting. This application is intended for shearing only.
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Steel BarSteel bar scrap includes reinforcing bar, round bar, bent rod, short offcuts and tangled demolition rebar. DILOYA processes long or rigid bars with hydraulic scrap shears for controlled cut lengths, while shorter and bendable material can be compressed into dense transport bales with hydraulic metal balers. The correct route is selected from bar diameter, length, condition and downstream requirements.
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Copper WireCopper wire scrap includes bare millberry wire, stripped cable, winding wire and flexible conductors that are springy and difficult to store loose. DILOYA hydraulic metal balers compress clean wire into dense rectangular bales for secure inventory, efficient handling, compact storage and economical shipment. This Copper&Brass Scrap application is intended for baling only.
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Waste TireWhole waste tyres are resilient, hollow and difficult to stack or transport efficiently. DILOYA hydraulic tyre balers compress sorted passenger-car and compatible light-truck tyres into dense steel-wire-tied bundles for controlled storage, mechanical handling and economical shipment. This Waste Tire application is intended for baling whole tyres only.
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Automatic Aluminium UBC Shear BalerA three-cylinder automatic shear baler for an Indonesian Aluminium UBC recycling customer, with a reported processing capacity of 900–1,100 kg/hour.
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Aluminium Die Cast Chips Briquetting Line in KoreaAn integrated briquetting line for a Korean customer's ADC12 aluminium die-cast chips, with a reported capacity of 200–300 kg/hour and a compact layout for limited production space.
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Big Output Horizontal Briquetting LineA Russian iron chip briquetting project with a reported output of 4,000–6,000 kg/hour and briquette density of 5,000 kg/m³, supporting organised handling, storage and recycling.
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Aluminium Chips Briquetting MachineA Thai customer's 6061 aluminium chip briquetting project with reported output of 1,000–1,500 kg/hour, density above 2,000 kg/m³ and industrial oil cooling.
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Short Metal Chips Briquetting SolutionAn automated briquetting line for free-flowing copper rice, copper granules, aluminum granules and suitable cast iron chips. A large screw-equipped buffer hopper reduces loading frequency and feeds the hydraulic briquetting machine through a coordinated screw system. With suitable material and a matched configuration, production capacity can reach 2–3 tonnes per hour.
Metal Turning Shred-Centrifuging Briquette LineAn automated line for tangled iron or steel, aluminium and copper turnings, combining trolley lifting and tipping, single-shaft shredding, centrifugal de-oiling and hydraulic briquetting. Prepared chips pass through the centrifuge before pressing; residual oil content can reach approximately 3% with suitable material and operating conditions. Coordinated handling reduces repeated manual transfers between stages.
Auto Metal Shavings Shred-Briquetting LineAn automated metal-shavings line integrating four-shaft shredding, an optional sizing screen, a large screw buffer hopper and a servo-controlled dual-outlet briquetting press. The hopper buffers shredded material for coordinated feeding. The compact system supports high-output operation, with approximately 5–6 finished briquettes per minute in a suitable configuration and energy-conscious servo control.
Horizontal Metal Chips Briquetting LineA high-output briquetting line combining a horizontal hydraulic press with a large screw-equipped buffer hopper. Designed for suitable short steel, iron, aluminium, copper and brass chips, the hopper stores a working reserve and supports coordinated screw feeding, reducing repeated loading. Press configuration and achievable throughput are matched to the actual material and briquette requirements.A hydraulic scrap shear changes the size of approved metal by cutting it into pieces that the next handling or recycling stage can accept. The material's section and strength define the duty; the machine does not automatically sort or clean it. Vertical Gantry Shear is an example of a shear arrangement to assess against that required output.
The required output length, incoming geometry and material strength define the duty. Shearing changes piece size; it does not automatically sort alloys or remove contamination. Select the machine around actual scrap rather than only a nominal force rating.
Pre-compression can reduce the uncontrolled volume of bulky scrap and help present it to the cutting zone. Its purpose is material control, not permission to cut stronger sections. A large chamber, compression sequence and cutting head must be compatible with the same feed envelope; specifying each independently can create a bottleneck.
The benefit depends on scrap geometry and the selected shear design. It does not remove the need to respect section-strength and size limits. Chamber volume, compression sequence and cutting capacity should be matched together rather than specified independently.
Hardened and high-strength material needs specific approval because dimensions alone do not describe its cutting resistance or effect on the blades. If the grade is unknown, identify it before committing the load. Increasing pressure or testing an uncertain piece by trial and error is not a safe substitute for that assessment.
Provide alloy information, hardness where known and section geometry. Do not test unknown tough material by increasing pressure or overriding protection. Suitability must be confirmed for the selected blades, structure and hydraulic system before operation.
Long stock creates a handling envelope beyond the cutting opening. Its unsupported length and movement during positioning matter even when the cross-section appears easy to cut. Confirm approved support and presentation arrangements for the full piece; neither a generous opening nor a small section authorises unrestricted direct feeding.
Provide maximum lengths and describe the loading equipment. A preparation or support arrangement may be necessary. Do not assume that a small cross-section makes unrestricted long-stock feeding acceptable.
Long-shift operation requires a sustained duty assessment, not just a maximum cutting-force figure. Feed consistency, cooling and scheduled servicing must support the intended hours and ambient conditions. Industrial Oil Chiller is relevant to thermal planning, but no cooling accessory should be treated as a universal continuous-operation guarantee.
Provide the expected hours, ambient-temperature range and scrap mix. Cooling and component selection must match the intended schedule. Continuous production still requires trained supervision, inspection and planned servicing; protective limits should not be altered to extend running time.
Share your material, target hour capacity and other requirements. Our engineering team will reply with a suitable solutions.