Induction Vacuum Ladle has combined the mobility, strength, and refining flexibility of a steel ladle with the melting power, refining ability, stirring action, and precise temperature control of a vacuum induction furnace. Its benefits include increased productivity, higher product quality, energy savings, reduced maintenance and process flexibility. It is used for degassing, decarburization, de-oxidation, refining and holding.

An inductive proximity sensor encapsulates an oscillator whose windings constitute the sensing face. An alternating magnetic field is generated in front of the sensing face. When a metal target enters the alternating magnetic field, eddy currents are induced in the target, which draws energy from the proximity sensor and the electromagnetic field collapses. This causes the output driver to operate and a normally open or closed output signal is produced. The inductive proximity sensor is very sensitive in practice. As the target object passes over the proximity switch it switches on when the target reaches any point on the inner line and turns off when it reaches the outer line.

Inductive proximity switches are complete, self-contained switches. It contains a coil and an oscillator circuit. The oscillator circuit produces an electro magnetic field, which surround the coil. Inductive proximity switches only detect conductive materials. This makes them ideal for applications where the presence of metal must be detected. There are two versions of the inductive proximity switch: inductive shielded and inductive unshielded.