Questions, answered from field experience

It depends on capacity, mould size and floor space: pivotal mixers for small-medium capacity, double-arm screw mixers for high tonnage, portable and rail mixers for tight layouts. Our engineers size the right type for your process free of charge.

Hourly sand demand, mould dimensions, filling time, resin and hardener dosing and the geometry of the working area are assessed together. Model, capacity and arm reach are selected from these inputs.

Thermal reclamation is preferred in demanding casting applications where mechanical reclamation is not sufficient and resin residues must be fully burned off to reach new-sand quality.

By returning used sand to the process, reclamation helps reduce fresh-sand demand, waste volume and related transport costs. The suitable mechanical, secondary or thermal stage is selected for the sand and resin type.

Daily mould count, mould dimensions and available floor layout are decisive. Quick Mould stands out for standard and series production, Fast Loop for medium-to-high capacity and varied parts, Carousel for compact areas and Shuttle for large capacities.

Depending on project scope, the sand preparation unit, moulding machines, conveyors and transfer systems, together with automation control, can be designed and commissioned as one line.

Yes. All moulding equipment is dimensioned to match your existing conveyor and automation infrastructure; PLC integration is offered as standard.

The range includes rollovers and manipulators as well as compaction tables, coating stations and mould drying chambers. Selection is based on mould weight, dimensions and process steps.

The capacity of a wet sand reclamation system is determined by the amount of waste sand generated in the foundry and how many hours per day the system will run.

The wet process is designed especially for reclaiming used bentonite-bonded foundry sands. The sand passes through washing, dewatering, drying and classification stages before reuse.

Capacity in m³/h and filter surface are calculated from the number and flow of extraction points, dust load and target emission value; engineering after a site survey is free of charge.

Jet pulse filters capture particles and dust, radial fans provide the required airflow, and amine gas scrubbers treat process gases. The final system is sized around the extraction points and process load.