At Dayalu Induction, we design high-efficiency induction melting systems for ferrous and non-ferrous metals. Our technology enables fast, uniform, and contamination-free liquefaction—ideal for casting, alloying, recycling, and precision metal processing.
Induction melting uses high-frequency electromagnetic fields to generate heat directly within the metal. This process converts solid metal into liquid form inside a crucible, enabling clean, controlled melting without combustion or contact heating.
It is a modern alternative to traditional furnace methods—delivering superior speed, purity, and precision.
Purpose: Convert solid metal into liquid for casting or alloying
Metal State: Solid → Liquid
Process Goal: Achieve complete liquefaction for mould pouring or alloy blending
Typical Output: Castings, ingots, alloy batches, jewellery, and laboratory samples
Rapid melting cycles with uniform thermal distribution across the charge material.
Energy is transferred directly into the metal, minimizing heat loss and maximizing conversion efficiency.
Advanced digital control systems maintain stable melting curves and accurate temperature hold points.
Closed-loop induction reduces oxidation, slag formation, and material loss.
Available in configurations for batch melting, continuous casting, and laboratory-scale alloy development.