MagComp’s induction systems operate in harsh industrial environments – from high-speed strip lines to heavy roller applications – and reliability is non-negotiable. Before any system reaches a customer, it is pushed to its limits in our lab. This week, our R&D and test teams completed a new durability campaign focused on long-term thermal stability, magnetic-circuit behaviour and control response across a wide range of operating conditions.
Pushing Systems Beyond Standard Conditions
To understand how a system behaves after years of real use, we recreate those conditions in weeks. Coils run continuously at high load, modules cycle through extreme temperature shifts, and magnetic components are monitored for stability under repeated stress. We also test how the control platform reacts to rapid takt-time changes, variation in material thickness and unexpected slowdowns – all the things that happen on a real production line.
Data from these sessions feeds directly into simulation models and design updates. It helps us refine cooling strategies, improve magnetic-circuit efficiency and verify the behaviour customers depend on: stable heat transfer, predictable response and high energy performance over time.
This test cycle marks another step in validating upcoming system releases, and the results strengthen the foundation for ongoing OEM integrations, customer projects and future upgrades.
