Modern automotive and heavy-vehicle production depends on controlled heat for forming, joining and assembly. Our induction heating for automotive workflows enables hot stamping, press hardening and shrink fitting with stable, efficient performance.
Uniform heat for steel sheets and planar metal parts. The system creates a stable thermal profile for forming steps such as hot stamping and press hardening. It also supports pre-heating before furnaces and precise temperature control in drying or coating stages. Designed for continuous lines that rely on consistent, predictable heating.
Precise heat where the component needs it. The system targets the active zone with clean, controlled induction heating that supports forming tasks, assembly steps, and shrink-fit operations. Fast thermal response strengthens process stability, and inline operation keeps production flowing without batching in furnaces. Designed for manufacturers who value accuracy and time-efficient heating.
Induction supports key heat-treatment steps in automotive production, including heating for hot stamping and press hardening. The process delivers fast thermal response and strong control, which helps manufacturers run stable forming cycles with high-strength materials. It heats the sheet directly and fits continuous lines where compact, efficient heating protects uptime and line speed.
Heavy-vehicle and construction-equipment production often use shrink fitting. Induction heats the expansion zone quickly and precisely, which supports fast assembly of shafts, inserts and structural parts. The controlled heat strengthens accuracy, shortens heating time and enables inline flow. Each assembly step becomes efficient and stable.
Our induction technology reflects precise engineering and efficient thermal control shaped by advanced materials. With a custom workflow built for industry, we create solutions that secure long-term competitiveness.
Induction delivers fast, controlled heat for forming, joining and assembly. It stabilises hot-stamping, press-hardening and shrink-fit operations, supporting stronger materials and cleaner, electric-driven production.
MagComp systems heat the sheet directly with stable surface control. SM2C conductors and optimised coils shape an efficient magnetic field, which supports predictable forming cycles and consistent thermal behaviour with high-strength steels.
MagComp induction heating systems are suitable for integration in continuous production lines to provide fast and controlled heating as and in-line operation. Our heater units are designed to match both product heating and available space for the heater unit which is especially advantages in automated assembly lines for shrink fitting or curing of compounds.
Induction applies heat directly to the mounting zone, creating fast and controlled expansion where it is needed. Focused heating supports tight tolerances, short cycle times and repeatable assembly of shafts, inserts and structural components in inline production.
Yes. The system converts more than 90 percent of input power into heat in the component. Low thermal losses and minimal cooling demand support cleaner, electric vehicle manufacturing and reduce operating cost across forming and assembly lines.
Yes. We build every solution around the customer’s process from the start. We use your geometry, thermal profile and line conditions to shape the heater. Modular blocks and adaptable coil design then refine the fit, ensuring stable integration, predictable quality and reliable performance in high-duty automotive operations.
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