Maglev Melting Crucible

Magnetic induction eddy current levitation melting, assumes conductive material that will react to the fast high amplitude alternating magnetic field from the crucible electromagnets, prevents the melt contacting with the crucible walls and thus enabling higher temperature melting/boiling of metals. Alternating magnetic field induction will vary the path of the arc by the AC/DC EMF force laterally minimally by the magnetic field frequency. There can be a separate zap ionizer on the rim of the maglev furnace, which will raise the metal ions/plasma to the middle of the reactor, by induction heating/powered only. The zap ionizer is therefore the plasma ballast of the maglev induction furnace. Can be used as induction light bulb, infinite life time for the ionized gas glow, electrically isolated magnetically. Forms an colder plasma outer levitation layer that keeps the hot inner layer confined. Can be used as metals and magnetic materials from non-conducting materials with maglev levitation and induction melting.