An induction heating machine is a precision industrial device that uses electromagnetic induction to heat electrically conductive materials—such as steel, copper, and aluminum—without physical contact. Unlike traditional furnaces, these systems utilize a high-frequency alternating current (AC) power supply and an induction coil to generate heat directly within the workpiece, ensuring maximum energy efficiency and rapid thermal cycles.
Our advanced systems are custom-engineered for specific industrial processes, including:
Frequency Type | Suitable Applications |
Medium Frequency (10-40 kHz) | Induction forging, billet heating, deep heating |
High Frequency (30–100 kHz) | Induction hardening, brazing, annealing |
Correct frequency selection ensures optimal penetration depth, heating speed, and energy efficiency.
Super Audio Induction Heating Machine | Model | Max Power | Oscillating Frequency | Max Input Current | Input Voltage |
IES-30A-S | 30KW | 10-40KHZ | 48A | 3P 380V/ 50Hz | |
IES-30AB-S | 30KW | 10-40KHZ | 48A | 3P 380V/ 50Hz | |
IES-40AB-S | 40KW | 10-40KHZ | 62A | 3P 380V/ 50Hz | |
IES-50AB-S | 50KW | 10-40KHZ | 75A | 3P 380V/ 50Hz | |
IES-40AB | 40KW | 10-40KHZ | 62A | 3P 380V/ 50Hz | |
IES-50AB | 50KW | 10-40KHZ | 75A | 3P 380V/ 50Hz | |
IES-60AB | 60KW | 10-40KHZ | 90A | 3P 380V/ 50Hz | |
IES-80AB | 80KW | 10-40KHZ | 125A | 3P 380V/ 50Hz | |
IES-100AB | 100KW | 10-40KHZ | 155A | 3P 380V/ 50Hz | |
IES-120AB | 120KW | 10-40KHZ | 185A | 3P 380V/ 50Hz | |
IES-160AB | 160KW | 8-300KHZ | 245A | 3P 380V/ 50Hz | |
IES-200AB | 200KW | 8-30KHZ | 310A | 3P 380V/ 50Hz | |
IES-250AB | 250KW | 8-30KHZ | 380A | 3P 380V/ 50Hz | |
IES-300AB | 300KW | 8-30KHZ | 455A | 3P 380V/ 50Hz |
As a specialized induction heating machine manufacturer, we design our systems to optimize the electromagnetic coupling for various metals. While most conductive materials can be heated, the material composition significantly influences the heating efficiency and the required frequency selection.
Our machines are engineered for:
Carbon Steel & Alloy Steel: Highly efficient; these are the most common materials for induction forging and hardening due to their magnetic properties.
Stainless Steel: Requires precise frequency control to manage its lower thermal conductivity and non-magnetic nature in certain grades.
Copper and Copper Alloys: Ideal for high-speed brazing and melting, though these require higher power density due to high conductivity.
Aluminium: Extremely effective for specialized applications like shrink fitting and annealing (heating efficiency is application-dependent).
At Inductwell, we provide bespoke engineering solutions to meet your specific production requirements. Our Induction Heating Machines are highly versatile and can be custom-configured as high-performance Induction Forging Machines or precision Induction Annealing Machines based on the following technical parameters:
Component Size and Geometry: Tailored coil designs to fit specific workpiece shapes.
Required Heating Temperature: Precise power calibration to reach exact metallurgical targets.
Production Volume: Scalable systems designed to match your facility’s throughput needs.
Frequency and Power Rating: Optimization of Medium Frequency (10-40 kHz) or High Frequency (30-100 kHz) for ideal penetration depth.
Operation Mode: Available in manual, semi-automatic, or fully automatic configurations to enhance efficiency.
Installation Type: Flexible inline or standalone setups to integrate seamlessly into your existing shop floor.
An induction heating machine is a high-efficiency system used for critical industrial processes including forging, annealing, hardening, brazing, billet heating, and shrink fitting. It utilizes electromagnetic induction to generate heat directly within metal parts, ensuring rapid and uniform results.
Yes. Our systems are highly versatile and can be configured as an Induction Forging Machine for high-temperature forming or as an Induction Annealing Machine for controlled stress relief. The machine’s frequency and power settings are customized based on the component’s geometry and required heating temperature.
Absolutely. Induction heating is significantly more energy-efficient than conventional gas or coal furnaces because it delivers heat directly into the workpiece with minimal heat loss to the surroundings. This leads to reduced energy costs and a much faster heating cycle.
Inductwell Engineers Pvt. Ltd. is a leading induction heating machine manufacturer in India, specializing in IGBT-based inverter circuits designed for 24-hour continuous operation. We provide robust, non-polluting machines with inbuilt safety features for demanding industrial environments.
The price of an induction heating machine in India typically ranges from ₹1,00,000 to ₹15,00,000, depending on the power rating (KW) and automation features. For example, a 25 KW Semi-Automatic Induction Brazing Machine—ideal for industrial copper and brass joining—is priced at approximately ₹1,85,000 per unit.
While entry-level 5KW units start lower, high-capacity 100KW+ systems for forging and hardening occupy the higher end of the range. At Inductwell, we maintain ready stock for standard models to ensure immediate delivery across India.
Are you looking for a high-performance induction heating machine or a custom-engineered thermal solution for your production line? As a trusted induction heating machine manufacturer in India, Inductwell Engineers Pvt. Ltd. provides expert consultancy and robust hardware tailored to your industrial needs.