At Dayalu Induction, we manufacture high-performance inductors—the core components that make every induction heating system powerful, precise, and efficient.
Our inductors are custom-built to deliver uniform heating, high energy efficiency, and long operational life across various industrial applications such as forging, melting, hardening, brazing, and annealing.
An inductor, also known as an induction coil, is the core component responsible for converting electrical energy into a magnetic field that heats the metal workpiece. When alternating current passes through the coil, it induces eddy currents within the metal—generating heat directly inside the material.
At Dayalu Induction, every inductor is engineered to match the exact shape, size, and process requirement of the workpiece—ensuring maximum efficiency, faster cycle times, and consistent heating results.
Each inductor is tailor-made to match component geometry and process requirements for optimal electromagnetic coupling.
Precision-engineered copper windings deliver excellent power transfer with minimal energy loss.
Ensures even heating across surface and depth, eliminating hotspots and improving metallurgical consistency.
Manufactured using high-conductivity copper with advanced water-cooling channels for stable, long-term performance.
Modular coil designs allow fast replacement or adjustment for different part sizes and applications.
Fully compatible with Dayalu Induction digital control systems for temperature monitoring, power feedback, and process integration.
Dayalu Induction inductors are suitable for a wide range of industrial applications, including:
Induction forging and billet heating
Melting of ferrous and non-ferrous metals
Hardening and tempering of shafts, gears, and tools
Brazing and soldering operations
Annealing and stress-relieving processes
Designed and tested for maximum reliability and efficiency
Precision-crafted for demanding industrial environments
Backed by expert engineering customization and responsive after-sales support