Used furnaces and Induction heaters

Power capacity	150 kW

Power capacity	100 kW

Power capacity	250 kW

Power capacity	300 kW

Electric capacity	250 kva

Power capacity	1000 kW
Frequency	300 Hz

Capacity in kg	2000 kg
Electric capacity	1250 kva

Power capacity	230 kW
Frequency	50 Hz

Capacity in kg	600 kg

Power capacity	160 kW

Capacity in kg	150 kg

Capacity in kg	80 kg

Capacity in kg	85 kg

Power capacity	300 kW

Electric capacity	250 kva

Engine Power	6000 kW

Capacity in kg	85 kg

Capacity in kg	80 kg

Power capacity	468 kW
Electric capacity	480 kva

Capacity in kg	8000 kg

Power capacity	3600 kW

Capacity in kg	1400 kg

Engine Power	100 kW

Frequency	50 Hz

Overview of Induction Heaters and Furnaces in Metal Pressing and Forging

Induction heaters and furnaces play a pivotal role in metal pressing and forging, delivering the precise and efficient heating needed for shaping and forming metal components. Utilizing electromagnetic induction, these technologies provide rapid and controlled heating, essential for reaching the temperatures required for forging, shaping, and treating metals to ensure the desired mechanical properties are achieved.

Varieties of Induction Heaters and Furnaces

Induction Heaters

Induction Hardening Machines

Purpose: Surface hardening of metal components to enhance wear resistance.
Applications: Automotive parts, tools, and machinery components.
Key Features: Precise heating zone control, rapid heating cycles, and high energy efficiency.

Induction Melting Furnaces

Purpose: Melting metals and alloys for casting and alloying.
Applications: Foundries, metal casting, and recycling industries.
Key Features: Efficient melting, capability for various metals, and minimal oxidation.

Induction Brazing and Soldering Machines

Purpose: Joining metals by melting a filler metal.
Applications: HVAC systems, electronics, plumbing.
Key Features: Precision heating, minimal thermal distortion, and clean, strong joints.

Induction Annealing Machines

Purpose: Heat treatment to alter metal properties, reducing hardness and increasing ductility.
Applications: Wire and cable manufacturing, metalworking, tube and pipe production.
Key Features: Uniform heating, controlled cooling, and scalable for different production volumes.

Induction Furnaces

Vacuum Induction Melting (VIM) Furnaces

Purpose: Melt and refine metals in a vacuum to produce high-purity alloys.
Applications: Aerospace, medical implants, high-performance alloys.
Key Features: High-purity melting, precise alloy composition control, reduced contamination.

Induction Heating Furnaces

Purpose: Heating metals for forging, forming, and heat treatment.
Applications: Forging shops, heat treatment facilities, rolling mills.
Key Features: Rapid heating, energy efficiency, precise temperature control.

Continuous Induction Heating Lines

Purpose: Continuous heating of metal strips, rods, and wires for processes like annealing, tempering, and coating.
Applications: Steel mills, wire production, metal finishing.
Key Features: High throughput, uniform heating, integration with automated production lines.

Essential Features and Specifications

When choosing induction heaters and furnaces, consider these crucial features:

Power and Frequency Range: Determines heating efficiency and depth of penetration. High-frequency is suited for surface heating, while low-frequency is ideal for thorough heating.
Temperature Control: Precise control is critical for consistent results and avoiding overheating.
Heating Speed: Faster heating cycles enhance productivity and reduce energy use.
Cooling System: Effective cooling is necessary to maintain performance and longevity.
Energy Efficiency: Models that reduce energy consumption lower operational costs.
Automation and Integration: Advanced controls and integration with other equipment streamline operations.

Benefits of Induction Heaters and Furnaces

Investing in high-quality induction equipment offers multiple advantages:

Precision and Control: Ensures consistent and high-quality results through precise heating.
Efficiency: Reduces energy consumption and operational costs with efficient heating.
Speed: Accelerates production rates with rapid heating cycles.
Clean and Safe: Produces no direct emissions, minimizing contamination risks and providing a safer working environment.
Versatility: Handles a wide range of metals and alloys for diverse applications.

Considerations for Purchasing Induction Heaters and Furnaces

To select the right equipment, consider:

Material Type and Properties: Ensure compatibility with the metals and alloys you process.
Production Volume: Choose equipment with the appropriate capacity and speed for your production needs.
Precision Requirements: Match the equipment's capabilities with your quality standards.
Budget: Consider both initial investment and long-term operational costs, including maintenance and energy use.
Service and Support: Evaluate the availability of technical support and maintenance services.
Training: Assess the need for operator training on advanced features.

Leading Brands and Pricing

Induction Heaters

EFD Induction: Offers a variety of industrial heating solutions. Prices range from $10,000 to $200,000.
Inductoheat: Known for high-quality heating and hardening equipment. Prices generally range from $20,000 to $300,000.
Ajax TOCCO Magnethermic: Provides robust and efficient heating systems. Prices typically fall between $15,000 and $250,000.

Induction Furnaces

Inductotherm: Renowned for advanced melting and heating furnaces. Prices range from $50,000 to over $1 million.
OTTO Junker: Offers various melting and heating solutions. Prices generally range from $60,000 to $900,000.
Ambrell: Specializes in precision heating systems. Prices typically range from $20,000 to $300,000.

Conclusion

Induction heaters and furnaces are crucial in metal pressing and forging, providing precise, efficient, and controlled heating for various processes. With different types such as induction hardening machines, melting furnaces, brazing machines, annealing machines, and vacuum induction furnaces, selecting the right equipment depends on specific production needs and material types. Key factors to consider include power and frequency range, temperature control, heating speed, cooling systems, and energy efficiency. Leading brands like EFD Induction, Inductoheat, Ajax TOCCO Magnethermic, Inductotherm, OTTO Junker, and Ambrell offer a range of high-quality equipment to suit different applications and budgets. By carefully evaluating production volume, material properties, precision requirements, and budget, businesses can invest in the right induction heaters and furnaces to enhance their manufacturing capabilities and ensure high-quality, efficient production.

Used furnaces and Induction heaters 44

CERADEL CLM670/13 Furnace Hot deal

Termetal 150 kW Furnace

Termetal 100kW Furnace

Termetal 250kW Furnace

Camlaw Continuous Brazing Furnace(450 hours ONLY) Low working hours

Inducal IMHR 253-1 Furnace

AMP Quantum G Typu HVF 60/60/100- 12.0IQP Furnace

ABB ITMK4000 Furnace

AMP VBF-60/60/100-1.5 Furnace

Mico 160 KW Furnace like new condition Low working hours

DDK-V Double door Electric Kiln with programmable time & temperature controller 1100°C / 1832°F

DDK-H Double door Electric Kiln with P.I.D controller 1240°C / 2264°F

Inducal IMHR 253-1 Furnace

Megatherm india PIT 6 PIT 12 PIT 30 Furnace

DDK-H Double door Electric Kiln with P.I.D controller 1000°C / 1832°F

DDK-V Double door Electric Kiln with programmable time & temperature controller 1240°C / 2264°F

__ 8000 kg Furnace

Surface Combustion ROLLER HEARTH ANNEALING FURNACE Furnace

BALZER WGK 4000 / 10000 Aluminum Melting Furnace

SAET 1THL Furnace

Overview of Induction Heaters and Furnaces in Metal Pressing and Forging

Varieties of Induction Heaters and Furnaces

Induction Heaters

Induction Furnaces

Essential Features and Specifications

Benefits of Induction Heaters and Furnaces

Considerations for Purchasing Induction Heaters and Furnaces

Leading Brands and Pricing

Induction Heaters

Induction Furnaces

Conclusion

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