Foster Induction Private Limited

Foster’s Induction Annealing Furnaces are engineered for precise, efficient, and uniform heat treatment of ferrous and non-ferrous materials. Incorporating advanced IGBT/MOSFET induction technology, these furnaces ensure consistent temperature control, fast heating cycles, and superior metallurgical results — ideal for stress relieving, softening, and improving the ductility of metals.
Designed for both continuous and batch operations, Foster’s annealing systems deliver energy efficiency, repeatable performance, and clean operation without the use of flames or external heating sources.
Key Features:

High-Efficiency IGBT Inverter Power Supply for rapid, uniform heating

Accurate Temperature Control with Programmable Profiles

Localized or Full-Length Heating Options depending on material geometry

Energy-Efficient, Smoke-Free, and Clean Operation

Compact, Modular, and Maintenance-Friendly Design

Water-Cooled Induction Coil Assembly for long service life

Integrated Safety Protections – overheat, overload, and cooling failure

Applications:

Annealing of Steel, Copper, Brass, Aluminum, and Alloy Components

Stress Relieving of Forged or Welded Parts

Softening of Tubes, Wires, Rods, and Springs

Heat Treatment Prior to Machining or Forming

Laboratory and R&D Heat Treatment Applications

Industries Served:

Automotive & Aerospace Manufacturing

Electrical & Electronics Components

Metal Forming and Wire Drawing Industries

Tool & Machinery Manufacturing

Heat Treatment and R&D Facilities

Why Choose Foster Induction Annealing Furnaces?

Uniform and Repeatable Heating Results

High Energy Efficiency with Reduced Cycle Time

No Open Flame — Safe and Eco-Friendly Operation

Accurate Temperature Control for Metallurgical Precision

Available in Continuous, Batch, or Custom Configurations

Backed by Foster’s Reliable Service & Technical Expertise

Need a Quote?
Contact Foster Induction Pvt. Ltd. today for a customized induction annealing solution engineered for performance, precision, and productivity.

High-Speed Heating for Forging, Upsetting & Forming Consistent | Efficient | Heavy-Duty
The Foster Induction Bar End Heater is a robust, high-performance solution engineered for rapid and uniform heating of metal bar ends for industrial forging, upsetting, and hot forming applications. Powered by state-of-the-art induction technology, it delivers precise, repeatable heating with minimal scale formation — maximizing throughput, energy savings, and metallurgical consistency.

Key Features:

• Rapid Bar End Heating – Heats bar ends within seconds, improving cycle times and productivity.
• Uniform Temperature Distribution – Even heat profile across the cross-section ensures excellent forging quality.
• Modular Coil Designs – Interchangeable induction coils to suit various bar diameters and lengths.
• Precise Temperature Control – Integrated IR pyrometer and PLC for real-time temperature monitoring and control.
• Heavy-Duty Construction – Rugged, industrial-grade frame built for 24x7 operations in harsh environments.
• Safe and Clean Operation – No open flames, fumes, or combustion gases — ideal for indoor use.
• Automatic Bar Feeding (Optional) – Enhances productivity with auto-feed and eject mechanisms

Applications:

• Forging of fasteners, shafts, rods, and valves
• Bar end upsetting and preheating
• Automotive component forming
• Hot heading and blanking
• Tool and die manufacturing
• Agricultural and hardware parts production
• Railway and heavy vehicle component forging

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Smart | Efficient | Contactless
The Foster Industrial Induction Heater is a next-generation heating system designed to deliver precise, flameless, and energy-efficient heating for a wide range of industrial processes. Built with state-of-the-art IGBT or MOSFET-based power modules, Foster’s system ensures uniform heating, rapid response, and minimal energy loss, making it ideal for forging, brazing, hardening, annealing, shrink-fitting, and more.

Key Features:

• High Energy Efficiency (up to 95%) – Reduced heat loss with focused energy delivery.
• Instant Start & Stop – No pre-heating required; full power within seconds.
• Compact & Modular Design – Space-saving setup with mobile or fixed configurations.
• Digital Control System – PLC + HMI interface for temperature, power, and time control.
• Custom Coil Design – Tailored to match specific components, shapes, and heating zones.
• Safe Operation – No open flame, smoke, or toxic emissions; built-in safety interlocks.
• Low Maintenance – Solid-state design with long life and minimal moving parts.

Applications:

• Forging & Billet Heating
• Metal Brazing & Soldering (Copper, Brass, SS)
• Hardening of Gears, Shafts, and Tools
• Annealing of Tubes, Wires, and Strips
• Shrink Fitting of Bearings & Rotors
• Preheating for Welding or Coating
• Surface Heating for Paint Removal or Bonding
• Heat Treatment in Automotive, Aerospace & Oil/Gas

Industries Served:

• Automotive and EV Manufacturing
• Aerospace & Defense Components
• Metal Forging and Foundries
• Electrical Equipment & Transformer Plants
• HVAC and Refrigeration Assembly
• Tool & Die Manufacturing
• Heavy Engineering & Railways
• Petrochemical and Pipeline Services

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Digital Control Induction Heater – Foster Induction
Foster Induction’s Digital Control Induction Heater is a cutting-edge heating solution designed for precision, efficiency, and intelligent process control. Equipped with a smart digital interface, this system allows operators to monitor, adjust, and automate heating parameters in real-time for maximum accuracy and repeatability.
Using advanced IGBT technology and embedded microcontroller-based digital control, it provides consistent heating with programmable temperature profiles, real-time feedback, and multiple safety interlocks. Ideal for both industrial production and laboratory environments, it significantly reduces setup time while enhancing performance.

Key Features:
Intelligent digital control panel with LCD/Touchscreen
Programmable temperature & timing profiles
High-frequency, rapid heating
Energy efficient with low power loss
Overload, overvoltage & temperature protection
PLC interfaces for automation

Applications:
Induction brazing of precision parts
Heat treatment (hardening, tempering, annealing)
Soldering of electronic and micro components
Laboratory heating experiments
Metal bonding and shrink fitting

Industries Served:
Automotive
Aerospace
Electronics Manufacturing
Jewelry & Precious Metals
R&D and Academic Labs
Tool & Die Industry
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