When product quality depends on temperature, you need heat that stays stable at any speed. Induction offers a clean, fast approach. We heat rollers, forms, and belts with precise control, supporting more energy-efficient, competitive operation.
Rolling lines in metal, plastic, and rubber manufacturing depend on rollers that reach temperature fast during changeovers and stay steady under load. When they drift, you see surface marks, uneven thickness, and slower cycles. In food processing, belts and heated forms must warm evenly without burning residue or introducing hygiene risks. Induction supports both by cutting warm-up time, reducing temperature swings, and giving operators tighter control without relying on gas or thermal oil.
Our SM2C magnetic material keeps the magnetic circuit efficient, enabling compact heaters with strong output for rollers, belts, and heated forms. The optimised coil design focuses energy where it’s needed, reducing loss and improving response time. Each unit is engineered through electromagnetic and thermal simulations to secure even heat across the working width, helping rollers hold profile accuracy and food equipment meet hygiene and energy targets.
Rollers, belts and heated forms dictate how material moves and how surfaces develop. If temperature drifts, rolling lines produce marks or uneven thickness, and food-processing belts risk residue burn or inconsistent structure. Induction provides fast, steady heat that reacts instantly to speed changes, keeping profiles and product quality stable.
Rollers require uniform surface temperature to maintain profile accuracy. Induction drives heat directly into the roller surface through a controlled magnetic circuit, avoiding the slow, drifting behaviour of thermal-oil systems. MagComp’s advanced magnetic composite reduces loss and sharpens field focus, helping rollers reach temperature fast and hold it under load.
Yes. Induction has minimal thermal inertia, allowing rollers or heated forms to reach operating temperature rapidly. Soft-switching power control stabilises output as speed ramps up, so changeovers are shorter and operators regain full throughput without long hold times normally associated with gas or thermal-oil systems.
Food-processing surfaces need even heating without burnt residue or hygiene risks. Induction focuses energy at the metal contact zone instead of heating the surrounding air. Optimised coil geometry and MagComp’s proprietary magnetic material shape a clean, efficient field, helping belts and forms warm evenly and maintain food-safe conditions.
Yes. Induction heats only the surface that drives the process. By keeping magnetic losses low and focusing energy precisely, our innovative technology reduces power demand and cooling requirements. This enables a fully electric setup that replaces gas or thermal oil while supporting tighter temperature control.
Each heater is simulation-engineered using your geometry, process load and speed conditions. Coil design and the magnetic-circuit configuration are adapted so heat spreads evenly across the working width. This maintains surface uniformity in rolling operations and supports consistent behaviour in food-processing equipment.
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