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Understanding and harnessing the interactions between electric and magnetic fields to generate motion, force, and control in advanced systems.
Electric and magnetic fields are invisible but fundamental manifestations of energy. They are generated whenever a charge moves or a current flows through a material, and can exert forces or produce changes in temperature and motion.
These properties make them extremely versatile tools: they can be used to heat materials without contact, to activate or move mechanical components, to transfer energy efficiently, or to detect physical quantities with high precision.
We develop systems based on static magnetic fields generated by permanent magnets or coils, designing customized solutions for technologies and devices requiring contactless forces, actuations, or movements, with high reliability and long-term stability.
We also study and model electric fields for the validation of high-voltage systems, ensuring compliance with safety and regulatory requirements, and offering comprehensive support from simulation to design to experimental verification.
Packaging quality control.
Thermal treatments, drying or polymerization, forming, assisted welding.
Energy generation and trasmission.
Localized heating, sensing, imaging systems.
Behind every project there is a challenge, an idea and a solution built together. Explore how we transform technology into value for our customers.
Our innovative patented technology to replace traditional gas or induction furnaces for heating aluminum billets, guaranteeing superior energy efficiency, thermal uniformity, and savings.
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