Induction vacuum melting and casting furnaces by the VIM method are state-of-the-art devices that enable metals to be processed under controlled vacuum conditions using induction technology.
Maintaining low pressure eliminates the presence of gases (including oxygen), which prevents oxidation of the melted metal and reduces the risk of contamination. This results in castings with high purity and homogeneous structure.
Induction technology
The use of electromagnetic induction enables fast, precise and uniform heating of the material. This solution allows for efficient temperature control, which is crucial when melting metals with high melting points.
High quality castings
Thanks to strict process control and minimization of the risk of contamination, castings produced in these furnaces have excellent microstructure, high strength and no structural defects such as pores or inclusions.
Energy efficiency
Rapid heating and precise control of process parameters allow optimal use of energy, resulting in reduced operating costs.
Universal application
VIM technologies are used in the aerospace, automotive and medical industries, as well as in the production of specialty alloys and high-grade steels, where achieving the highest quality standards is crucial.
Vacuum induction melting and casting furnaces using the VIM method are state-of-the-art devices that enable metals to be processed under controlled vacuum conditions
Summary
VIM induction vacuum furnaces are the solution for demanding applications where precise process control, purity of the metal being melted and energy efficiency are priorities.