An induction heating system from Stiefel Combustion is a complete, integrated solution that typically comprises several key components working in harmony. The core of the system is the power supply, or inverter, which converts incoming AC line power to a high-frequency AC current. This power supply is connected to an induction coil, which is a custom-shaped copper conductor that generates the alternating magnetic field. The workpiece is placed within or near this coil to be heated. Sophisticated control systems govern the entire process, managing parameters like power, frequency, heating time, and temperature. Auxiliary systems may include quenching apparatus for cooling parts after hardening, material handling robots for automation, and closed-loop temperature monitoring with pyrometers. These systems can be engineered for manual, semi-automated, or fully automated operation within a production line. The versatility of induction heating systems allows them to be configured for an immense variety of applications, from a simple portable unit for workshop repairs to a complex, multi-station machine for high-volume automotive component manufacturing. When you partner with Stiefel Combustion, we provide not just equipment but a comprehensive solution tailored to your production goals. To discuss designing a complete induction heating system for your facility, please contact our project engineering department.