Water-cooled high-frequency induction heating devices offer a fast, precise, and energy-efficient heating solution with IGBT technology. Operating at high frequency, these systems provide controlled and homogeneous heat distribution by directly heating the metal through contactless heat transfer. The water-cooled design ensures stable operation and high performance during long-term use.

High-frequency induction heating provides precise temperature control, heating specific areas of the metal to prevent deformation. Heat is instantly transferred to the workpiece, increasing production speed. Due to the high frequency, thin and surface hardening processes can be performed more effectively. Heat is applied only to the targeted area, preventing unnecessary energy consumption. Since there is no direct contact with the workpiece, the risk of wear and contamination is eliminated.

Water-cooled high-frequency induction heating devices ensure low energy loss and high efficiency with IGBT technology. The water-cooled system allows long-term and stable operation. The contactless and precise heating technology prevents deformation of workpieces. The fast and controlled heating process increases production speed and efficiency. With various power options, they offer a wide range of applications, with models ranging from 7.5 kW to 100 kW.

These systems are used for precise heating processes such as annealing, hardening, diamond welding, and brazing. They provide suitable solutions for casting applications in metal melting processes. They facilitate shrink-fitting in the precise assembly of components such as bearings, shafts, and gears. They offer fast and efficient heating in pipe, wire, and sheet metal forming processes. Preferred in industrial applications requiring high precision, such as aerospace, automotive, and heavy industry.

Water-cooled high-frequency induction heating systems are more efficient, faster, and eco-friendly compared to traditional heating methods. They are the ideal choice for long-lasting, high-performance, and energy-saving heating solutions.

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Shrink Fit Induction Heaters are designed to create interference fit connections between parts quickly, safely and in a controlled manner. The metal part to be heated is forced to expand by induction and fits the other part without any gaps. When cooling is complete, a tight, high strength connection is obtained.

Areas of Use:

• Parts such as shafts, gears, pulleys, bearings etc. fit into the shafts.

• Press fit applications such as rotors, engine parts, bearing housings

• Tool holder heating and tool placement operations

• Part removal processes with thermal expansion (reverse shrink fit)

• Precision assemblies in the automotive, aerospace, machinery and mold industries

Advantages:

• Non-contact heating that does not damage the surface

• Controlled heat distribution in a very short time

• Repeatable, safe and clean process

• Adaptable system for different part diameters and shapes

• Energy efficiency and low maintenance

Shrink Fit Induction Heaters provide faster, safer and more precise heating compared to conventional methods, providing high performance in your production line.