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When applying the induction heating method a metal workpiece is exposed to an electromagnetic field in a non-contact manner by means of a coil. As a result, a current is generated in the material which produces heat, i.e. directly in the workpiece itself. Therefore, the workpiece must not be heated by heat transfer as in a conventional furnace. Consequently, the heating times are very short and the temperature can be set precisely.

Technology leader with outstanding process competence

  • Experience spanning more than 75 years
  • Innovative system partner for the automotive and supplier industry as well as the steel, rolling mill and pipe production industry
  • More than 6000 plants worldwide in continuous operation for decades
  • Sales and service around the globe
  • Fast delivery by local manufacturing and stock-keeping facilities

Rapid and precise heating

When applying the induction heating method a metal workpiece is exposed to an electromagnetic field in a non-contact manner by means of a coil. As a result, a current is generated in the material which produces heat, i.e. directly in the workpiece itself. Therefore, the workpiece must not be heated by heat transfer as in a conventional furnace. Consequently, the heating times are very short and the temperature can be set precisely.

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Phone: 586-469-8324
Fax: 586-469-4620
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