Induction Heating Applications - Real World Examples

Induction heating is an efficient way to quickly heat electrically conductive metals with pinpoint accuracy. How can induction change your manufacturing process? eldec created a list of examples to help you visualize how the process can make your production line more efficient and improve the quality of your parts:

Examples of eldec Technologies and Solutions:

Induction hardening offers excellent hardness distribution with minimal deformations

Induction brazing – the joining procedure for high-quality joints of metallic parts

Joining and separating shrink-fit connections

Tool and die making: eldec generators accelerate processes for cutting edge hardening

Preheating for welding gears

Induction heating – a highly efficient technology for heating metals in very short times

Application example for melting

Induction annealing enables precise and reliable control of metal material properties.

How induction is used to heat metals

Induction, or electromagnetic induction, refers to the generation of electrical fields by the alteration of the magnetic flux density. In induction heating, this is achieved using an inductor through which alternating current flows, thus generating an alternating magnetic field.

Induction – generating heat directly in the workpiece

Induction results from the interplay of magnetism and electrical voltage, of magnetic and electrical fields.

Induction heating involves the induction of an electrical field, and thereby eddy currents, in the material being heated. These eddy currents generate the heat in the material itself. The depth of penetration depends on the frequency of the alternating current applied on the inductor. As a basic rule, the higher the frequency, the lower the induction of eddy currents in the material.
eldec's generators and custom-made inductors ensure high precision control of the energy applied to the material being heated.