• Cicular griding for perfect roundness
    Rectification cylindrique
  • Chamfer Cut procedure allows rapid chamfering processes by the Chamfer Cut tool
    Chamfer Cut
  • Drilling in Action
    Perçage
  • ECM
  • ECM - Ebavurage
  • ECM - Perçage
  • ECM - Réalisation de cavités
  • PECM
  • Rotary chamfer and deburring for rapid application of a chamfer on the gearwheel
    L’ébavurage par pression
  • Grinding on an EMAG SK 204
    Rectification
  • Hard turning / Grinding
  • Induction hardening
  • Laser welding produces compact, weight-optimised components
    Technologie du soudage Laser
  • Technologie pétrolière
  • Complete-machining of out-of-round grinding of a camshaft with two slides and four spindles
    La rectification non cylindrique
  • Préchauffage et assemblage
  • Pelage (skiving)
  • Rabotage
  • Rectification en appui synchrone
  • Technologie tournage / fraisage par développante
  • Tournage vertical
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Induction Hardening

With induction hardening, the workpiece is heated to the optimal hardening temperature by electromagnetic induction. This heating process is similar to an induction stove typically used in kitchens. Once the workpiece has been heated, subsequent fast cooling creates a hard structure in the heated area.

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Induction hardening – The application of induction hardening technology in EMAG machines

Using a coil (inductor), an alternating electromagnetic field is generated which induces alternating currents in the workpiece to be hardened. Along with the workpiece’s electrical resistance, this process also creates heat. The heat is generated quickly and precisely within the workpiece itself.

Induction hardening is generally used as a peripheral layer hardening process where the hardening depth and other parameters are manipulated through the frequency of the inductor/coil current. The power supply is designed to optimally match the frequency with the application according to the requirements of the workpiece. In induction hardening, three frequency ranges are commonly distinguished: Low (1 - 7 kHz), medium (8 - 40 kHz), and high (60 - 500 kHz). Power supplies with state-of-the-art converters are used for all three ranges.

For complex workpiece geometries, it may be useful or necessary to have two frequencies active simultaneously. The Simultaneous Dual Frequency (SDF) converter technology developed by EMAG eldec is state of the art in this field. A mid-range frequency is overlaid with a high frequency so that both act upon the workpiece simultaneously.

The MIND-series machines from EMAG eldec are compact induction hardening machines offering high precision and reliability at comparatively low cost.

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