
Machines we design and manufacture ourselves. Every item is engineered to the plant's cycle and layout, then pre-assembled and tested before delivery.
24 items
EAF tapping, shell transfer and empty ladle cars up to 300 t of steel plus vessel. Cable reel, conductor rail, diesel or battery power, with integrated weighing feeding the Level 2 heat model.
Preheating stands with burner specification and thermal profile, in pit and platform configurations to suit the existing layout.
Horizontal hydraulic and vertical pneumatic series. One or two connections per ladle, 0-80 Nm³/h, up to 25 bar, PLC-controlled and interlocked with ladle positioning so nobody works next to a hot ladle.
Automated sand filling for eccentric bottom tap preparation. It takes a manual task out of the tapping cycle.
Storage and change systems for planned and emergency electrode changes, with mechanical, hydraulic and electrically conductive clamps.
Lifting equipment for ladle relining work, designed around the refractory shop's access and cycle.
Access platform for de-bricking RH degasser vessels, engineered to the vessel geometry and the maintenance sequence.
Tilting equipment for slab handling and inspection between casting and downstream processing.
Strip casting equipment for near-net-shape production, with fewer rolling steps between liquid metal and coil.
Casting equipment for ingot production, including mould handling and the transport sequence around it.
Roller table with rotation for changing product direction between casting and rolling operations.
Ladle turret for continuous casting and straightening equipment for the strand leaving the bow.
Withdrawal and cutting equipment for the casting line, matched to section size and casting speed.
Elevated systems for moving billets between the casting floor and downstream processing without crossing traffic at ground level.
Charging equipment feeding billets into reheating furnaces on a controlled cycle.
Charging equipment for melting furnaces, dimensioned for the density and consistency of the scrap the plant actually receives.
Automated dross skimming for melting furnaces. It keeps an operator away from the furnace door and improves metal recovery.
Complete homogenizing line with furnaces, handling and utilities, engineered around the alloy programme and cycle time.
Dross cooling and processing equipment for recovering metal that would otherwise leave the plant as waste.
Processing line for producing nuggets from mixed aluminium scrap ahead of the melting stage.
Primary and secondary dedusting supplied as an integrated package, from the fume elbow and off-gas duct through to the filter.
Vibratory screening at 60-100 t/h that takes tramp material out before charging. Charge purity is the first thing that decides steel quality, and it is decided in the scrap yard.
AGVs for in-plant transport on fixed routes, integrated with the plant's control and tracking systems.
Six-axis robots for automated temperature measurement, sampling and injection at the EAF, plus billet marking robots working to 1000 °C with heat traceability back to Level 2.
Tell us the duty, the layout and the cycle. We will tell you what needs to change to make it fit.