A detachable venting filter evacuates air from the casting chamber while retaining melt, preventing blockage and reducing vacuum device maintenance.
Condensing steam from aluminum direct chill casting recovers cooling water, improving pit safety, visibility, and water reuse.
A condenser separator removes emission-relevant substances from cooling chamber exhaust streams to meet strict environmental limits.
Segmented optoelectronic sensors and deflectors measure individual spray nozzle functionality to prevent uneven cooling in continuous casting.
Independent heating and cooling zones in a casting furnace create high thermal gradients to refine microstructures and reduce defects.
Progressive heating of semi-solid feedstock reduces energy consumption and eliminates SF6 gas use while minimizing porosity in cast parts.
Electromagnetic containment prevents mold contamination and fracturing while enabling non-contact heating and uniform particle dispersion in the melt.
A Lorentz force injection system directs liquid surfaces to mix carbon nanotubes with molten aluminum.
Peltier elements convert waste heat into electricity for autonomous sensor operation, eliminating battery replacement risks and maintenance costs.
Elevated temperature cooling media reduce heat dissipation in liquid-cooled molds.
A die casting insert uses a purge opening to evacuate contaminants from liquid metal before injection.