Repair & Recycling

• For on-site repair of crusher housings, mill journals, pin holes, hydraulic cylinders.
• Boring diameter: 50–1000 mm.
• Drive: electric / hydraulic.
• Mobility: compact, mounts directly on the equipment.
• Key feature: repair without disassembly, field-ready.

• For steel, cast iron, aluminium, copper, brass, bronze, titanium, magnesium chips and turnings; also grinding sludge, battery waste, tyre wire, rolling scale.
• Briquette diameter: 50–240 mm.
• Main cylinder force: 760–12,500 kN (model-dependent).
• Key feature: recovers >90% of cutting oils from grinding sludge; briquettes sold directly to smelters — no disposal cost. Relevant for South Africa’s mining and metalworking sector — gold, platinum, chrome operations.

• For end-of-life tyres — passenger, truck and OTR (off-the-road/mining tyres).
• Output: rubber granulate, steel wire fraction, textile fibre fraction — each separated cleanly.
• Process: pre-shredding → granulation → magnetic separation → density separation.
• Key feature: dry separation without water; rubber granulate used as secondary fuel or playground surface; steel wire sold to scrap dealers. Relevant for South Africa's EPR tyre obligations.

• For electrical and electronic cables — recovery of copper, aluminium and plastic fractions.
• Output: clean copper granulate, aluminium fraction, plastic fraction — each sellable separately.
• Process: granulation → screening → density separation → wind sifting.
• Feed: insulated cables of all diameters, mixed cable fractions.
• Key feature: dry process, no water required, high output purity.

• For circuit boards (PCBs), small household appliances, mobile phones, mixed e-waste.
• Recovery: copper, aluminium, non-ferrous metals, plastic, iron, stainless steel fractions.
• Process: pre-shredding → screening → density separation → eddy current separation.
• Key feature: recovers valuable PCB fractions and non-ferrous metals; relevant for South Africa's EPR regulations on e-waste.

• For recovery of copper, aluminium and light metals from: cable fractions, slag, shredder fractions, incineration ash, mining waste.
• Process: density separation → eddy current separation → wind sifting.
• Output: separated NF-metal fraction and light metal fraction — high purity, directly marketable.
• Feed size: up to 200 mm.
• Key feature: highly productive processing of mixed non-ferrous streams from mining and metallurgical operations.