We help OEMs transition from gas and thermal-oil heating to compact electric induction. It strengthens your platform from the first prototype and gives your customers faster response, more stable production and a cleaner, electric way forward.
Heating only becomes visible when it starts limiting the machine – slower cycles, unstable profiles, rising energy use. We prevent that from happening. We join your R&D early, step into the architecture and map the limits your platform must respect. Together we define the heating zone, the thermal window, the coil form and the control interfaces that fit your design. Our magnetic-circuit technology delivers stable, high-efficiency behaviour that supports stronger output on your customer’s line. Solving the heating challenge at the start shortens development and helps you ship platforms that stand out for precision, speed and sustainability.
Before building hardware, our simulations show exactly how induction behaves inside your machine – how the field forms, how heat moves through your material and how control responds at your takt time. This gives clarity long before engineering work begins. You see the footprint, the integration limits, the energy profile and how our magnetic-circuit innovation affects the system. This level of insight reduces iteration cycles and keeps development progressing without unexpected detours.
A concept becomes real when it performs on your material. We build a working prototype using our modular heater blocks and tailor it to your mechanics, electrics and control. If your platform needs a new module or geometry, we develop it. Then we run the system under real operating conditions – in our lab or on your line – to verify thermal response, repeatability and stability at speed. This early proof gives your team the confidence to move forward. You gain a heating solution that behaves exactly as intended and a platform ready for long-term performance, upgrades and stronger customer outcomes.
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