SAET INDUCTION
Introduction
Induction technology allows for precise, direct heat generation at a specific point, making it the perfect solution for components requiring targeted thermal application. Through optimized coil designs, a specific area can be heated according to a desired thermal profile with speed, efficiency, and consistent repeatability.
Our partial heating systems are specifically engineered for bar-end heating within forging environments. These machines are versatile, supporting both manual and fully automated loading configurations.
Forging and Forming
Heavy Industry
Automotive
SAET PRODUCTS
In induction heating, heat can be directly generated in one specific point which is ideal for parts with localized heating requirements.
The machines can be configured in both manual and automatic loading system.
Whether your forging system requires an incremental feed, a continuous feed, or a propulsion system to keep billets separated, our group offers modern, field-proven units along with the technology to select and provide the best equipment for your needs.
Additionally, a dedicated research and development department is available for test heating and laboratory work, ensuring optimal solutions tailored to your forging process.
By utilizing a precisely localized heating zone, manufacturers can target only the specific area of a component that requires deformation. This precision ensures that the remainder of the workpiece retains its original structural properties, reducing unnecessary thermal stress. Because the energy transfer is so efficient, the heating time is compressed into a window of seconds to minutes, drastically increasing production throughput compared to conventional furnace.
Furthermore, this rapid cycle ensures that material loss is kept very low, as the minimal scale buildup preserves the surface integrity of the metal.
Finally, the system offers unmatched flexibility with its high (instant start/stop) capability. This allows for a more agile production line that can react immediately to demand without the energy waste associated with idling or long furnace warm-up periods.
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