Pre-heating often sets the pace for everything that follows. When heat arrives late or uneven, the whole line feels it. Our technology gives you fast, stable induction pre-heating that cuts startup time and enables smarter, electric production.
Pre-heating supports a wide range of continuous and component-based production flows. It fits steel and metalworking lines preparing strips, plates, tools, or profiles before forming or furnace steps. The method also strengthens output in automotive and heavy-vehicle manufacturing, food-processing equipment, laminating and packaging lines, and processes in waste and recycling where stable, early-stage heat improves material handling and drying efficiency.
MagComp’s technology delivers pre-heat with precision engineered at the source. The flux-conductor directs energy into the material instead of the surroundings, while our soft-switching control stabilises output as line speed shifts. Modular heater blocks scale to any footprint, and simulation-verified designs ensure every unit meets its exact pre-heat window. High efficiency keeps cooling demand low, enabling clean, fully electric operation from the first second of production.
Pre-heating sets the temperature baseline for forming, slitting, welding and furnace entry. When heat arrives late or unevenly, every downstream process inherits that instability. Induction delivers fast, uniform surface heat with controlled magnetic fields, removing early-stage variation and keeping the entire line predictable from the first metres of production.
Gas and furnace systems heat slowly, often overshoot and require long start-up ramps. Induction heats the surface directly, avoiding bulk thermal lag and shortening the time to reach operating temperature. Our SM2C flux conductors reduce magnetic losses and keep power focused on the material, while optimised coils stabilise heat delivery. This produces tighter thermal curves and faster start-up with reduced energy use.
Yes. MagComp’s soft-switching control adapts power delivery as speed shifts, keeping output steady. SM2C flux conductors and optimised coil geometry maintain a controlled magnetic circuit, so the heating zone remains stable even as the material accelerates or slows. This protects takt-time behaviour and reduces thermal drift during production changes.
Every heater begins with your process. We simulate electromagnetic and thermal behaviour using your geometry, material properties and target temperature profile. Coil design and SM2C placement are then adapted to shape the magnetic field precisely. Modular heater blocks scale to your footprint, and performance is verified to ensure the system hits the defined pre-heat window under real line conditions.
Yes. Induction heats the material directly and does not require extended dwell zones or long furnace chambers. High system efficiency reduces auxiliary cooling infrastructure, and compact heater blocks fit into tight spaces. This supports clean, electric production with a significantly smaller installation footprint while maintaining thermal capacity.
Induction concentrates energy at the surface, where the pre-heat effect is needed. SM2C closes the magnetic circuit and reduces losses, while optimised coils drive magnetic flux into the workpiece instead of the surroundings. This increases system efficiency, lowers cooling demand and enables electric pre-heating to replace gas-fired steps. Total energy use drops while thermal response remains fast and controlled.
"*" indicates required fields
