A nearly unlimited variety of shapes can be created from molten metal. Induction melting systems facilitate very high temperatures so that even platinum alloys can be melted.
Predominantly metals
In order to reshape components, it is often necessary to heat them. An induction system facilitates energy- and time-efficient repetitive operations.
The advantage of induction forging is that the
The production of conductors, brake pipes, high-voltage cables, bridge bracing wires, car spring wires, etc. requires continuous heating. If the work pieces are transported in the continuous process
One of the areas of application of induction systems is the processing of metals, which can then be shaped (cast) or reshaped.
Wire and band heating systems Forging systems Melting systems
The challenge in heat treatment of long products is to achieve low distortion and reproducible processes.
The complex interplay of the transport unit, induction heating and chilling sprinklers spe
Heat treatment of pipes facilitates expanding the applicability of pipes and saving material as well as reducing weight.
The combined hardening and annealing system for pipes can be designed as an i
The requirement for chains for lifting gears or for the mining industry is increasing continuously. Heat treatment helps make the chains more wear-resistant and more stable with the same cross-sectio
Continuous heat treatment platform for a wide range of dimensions and penetration depths.
Heat treatment processes of the surface layer as base material for complex components in the automotive se
Know-How – realising concepts together
Our aspiration is responsible use of resources and the related challenge of manufacturing modern, energy-efficient systems for producing high-strength compone
