Induction pre- and post-heating stabilizes molten metal deposition in additive casting, reducing voids, waste, and mold-making delays.
An amagnetic alloy module with embossed surfaces enables rapid fluid heating while reducing thermal dispersion and maintenance costs.
A self-stirring induction vessel uses targeted electromagnetic heating of embedded ferromagnetic elements to induce convection currents in cooking contents.
A graphite stirring paddle creates a vortex in molten iron to mix reducing agents and minerals.
Differentiating coil winding turns compensates for air gap reluctance to equalize inductance and optimize stirring performance.