We are offering induction melting furnace. These small laboratory furnaces are fit for melting both ferrous and nonferrous metals, including steel scraps and iron ores. They may be equipped with an optical pyrometer infrared-sensible for temperature control. Our induction melters use last generation power supply induction generators in parallel resonant topology.
Generating an electromagnetic field in the range of medium frequency allows an optimum homogenization of the alloy. For this reason, the furnace can be used to melt steel scraps and iron ores, in order to pour an assay ingot to be sampled with an x-ray spectrum analyzer ((xrf method). Typical application fields are the recovery of metal scraps (iron, steel, aluminium, zinc and so on) and waste recycle.

We are offering induction melting furnace. These small laboratory furnaces are fit for melting both ferrous and nonferrous metals, including steel scraps and iron ores. They may be equipped with an optical pyrometer infrared-sensible for temperature control. Our induction melters use last generation power supply induction generators in parallel resonant topology.
Generating an electromagnetic field in the range of medium frequency allows an optimum homogenization of the alloy. For this reason, the furnace can be used to melt steel scraps and iron ores, in order to pour an assay ingot to be sampled with an x-ray spectrum analyzer ((xrf method). Typical application fields are the recovery of metal scraps (iron, steel, aluminium, zinc and so on) and waste recycle.