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Induction Heating Equipment Product List and Ranking from 67 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Oct 15, 2025～Nov 11, 2025
This ranking is based on the number of page views on our site.

Induction Heating Equipment Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Oct 15, 2025～Nov 11, 2025
This ranking is based on the number of page views on our site.

  1. TAMAGAWA ENGINEERING CO., LTD. Fukushima//Industrial Machinery
  2. トクデン Kyoto//Industrial Electrical Equipment
  3. 富士電子工業 Osaka//Industrial Machinery
  4. 4 エス・エー・ジャパン Osaka//Industrial Electrical Equipment
  5. 5 山本ビニター Osaka//Industrial Machinery
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Induction Heating Equipment Product ranking

Last Updated： Aggregation Period:Oct 15, 2025～Nov 11, 2025
This ranking is based on the number of page views on our site.

  1. Tabletop high-frequency induction heating device "HEATCUBE" *Consultation for melting tests available TAMAGAWA ENGINEERING CO., LTD.
  2. Small high-frequency induction heating device 450kHz/900kHz/1.8MHz エス・エー・ジャパン
  3. Martensite and residual austenite 富士電子工業
  4. Induction Heating Jacket Roll トクデン
  5. 4 Temperature control system with integrated heating and cooling for molds [TES Series] レイケン 本社、南関東営業所、大阪支店、中部営業所、茨城工場、大阪工場

Induction Heating Equipment Product List

256～270 item / All 273 items

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"MAGHEAT" Usage Example: Preheating in the warm spinning process.

"MAGHEAT" Usage Example: Preheating in the warm spinning process.

"MAGHEAT" allows for localized heating, so by selectively heating the spinning processing areas of near-net shape, processes such as submerged cooling are unnecessary!

Our "MAGHEAT" is a magnetic induction heating device that generates induced currents by moving magnets, allowing non-ferrous metals to be heated using the resulting Joule heat. It employs a motor as its power source, making it possible to reduce power consumption. 【Example Application: Preheating in the Warm Spinning Process of Aluminum Wheels】 In the process of finishing the rim shape of near-net-shape wheel castings through warm spinning processing, the wheels are heated to 350°C to 400°C using a gas furnace, then the front design surface is submerged and cooled to 150°C before the spinning process. However, "MAGHEAT" allows for localized heating, enabling selective heating of the spinning processing areas of near-net-shape parts, thus eliminating the need for processes like submerged cooling. Currently, heating with a gas furnace requires about one hour of heating in the furnace to evenly heat the wheels to 350°C to 400°C, but "MAGHEAT" can achieve uniform heating in about 5 minutes, eliminating the need for water cooling processes. ★ Gas cost with gas furnace = 76.39 yen per unit ★ Electricity cost with MAGHEAT = 3.84 yen per unit *For more details on significant reductions in heating costs, please refer to the materials available for download below "PDF Download."

  • Company：TSK
  • Price：Other
  • Other metal materials
  • Heating device

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[Column on High-Frequency Heating] Induction Cookers (IH) and Microwaves and High-Frequency Heating

[Column on High-Frequency Heating] Induction Cookers (IH) and Microwaves and High-Frequency Heating

The principle is the same as that of an induction cooker (IH heater) and microwave! High-frequency heating using power in the radio wave range (3kHz to 3GHz).

In this column, we introduce the phenomena and reasons behind the heating of induction cookers (IH) and microwaves, as well as high-frequency heating. "High-frequency heating" is a heating method based on the same principles as induction cookers (IH heaters) and microwaves. By using high-frequency power, it is possible to heat materials that differ from commercial electricity. 【Features of High-Frequency Heating】 ■ Based on the same principles as induction cookers (IH heaters) and microwaves ■ Uses power in the radio frequency range (3 kHz to 3 GHz) ■ Capable of heating internal packaging materials ■ High thermal efficiency *For more details, please refer to the PDF materials or feel free to contact us.

  • Heating device

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【Attachment Device】Corner processing, easy angle adjustment♪ Ceramic siding edition

【Attachment Device】Corner processing, easy angle adjustment♪ Ceramic siding edition

For those struggling with angle adjustments during corner processing of ceramic siding, we would like to introduce a device that allows for easy adjustments!

Are you having trouble adjusting the angle when aligning materials for adhesion with fiber cement siding? The WALLEX-3AE will solve that problem! The WALLEX series is a device that flows high frequency through the set materials in fiber cement siding, allowing for quick adhesion in a short time. Previous devices required the insertion of thin shims for angle adjustments, but with this device, you can easily make fine adjustments by simply sliding the jig at hand after adjusting the height with spacers to a certain level. (See the video) By reducing the time spent on angle adjustments, it also contributes to an overall increase in productivity! For more details, please visit our company website.

  • WALLEX-3A(3AE)部分(S160387).jpg
  • Other processing machines

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Reduction of labor through induction heating and lowering of running costs.

Reduction of labor through induction heating and lowering of running costs.

We solve various challenges in the heat treatment process with high-frequency induction heating.

Induction heating can efficiently heat only the desired parts, significantly reducing energy waste and increasing thermal efficiency. Additionally, there is no need for preheating, allowing for immediate heating when needed, which also minimizes energy consumption during standby. Since the components themselves generate heat through non-contact heating, there is less wear on the equipment, leading to reduced maintenance costs. In this way, induction heating has the effect of significantly lowering the overall running costs of the production process through improvements in energy efficiency, production efficiency, and maintainability. By automating the heating process, it can greatly reduce the labor required for traditionally manual processes, contributing to cost reduction from the perspective of labor savings. Thus, the introduction of induction heating promotes the automation and labor-saving of production processes, achieving both labor cost reduction and productivity improvement.

  • Heating device

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＠【誘導加熱の産業別適用事例】自動車産業

＠【誘導加熱の産業別適用事例】自動車産業

＠様々な自動車部品製造の熱加工処理を実施！自動車製造工程での高周波誘導加熱の適用例をご紹介

＠自動車産業における誘導加熱の適用事例をご紹介いたします。 ＠ろう付け(ブレージング)、はんだ付け、焼き入れ、焼き嵌めなど 多くの熱を利用する処理において、信頼性・再現性に優れた誘導加熱は、 ばらつきの無い高い精度での製造工程を提供します。 ＠また、コンパクトな構成の誘導加熱装置は、生産ラインへの統合も容易です。 ＠【適用加熱[温度/時間]例】 ■不活性ガス中のブレージング(油圧系ホースアセンブリ)：1204℃/7秒 ■接合(ビニールトリム)：260℃/7秒 ■接合(ラバーガスケットとスチール製ガスインテークマニホールド)：160℃/8秒 ■焼き入れ(回転軸)：927℃/2.5秒 ■銅のろう付け(オイルサクションアセンブリ)：1010℃/15秒 ■硬化(アルミ製オートトリムの接着)：260℃/10秒 ※詳しくはPDFをダウンロードしていただくか、お気軽にお問い合わせください。

  • Other heating equipment

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What is high frequency?

What is high frequency?

What is high frequency?

Frequently Asked Questions and Answers for Takahou Wave Nessle Corporation Information on "What is high frequency?" ■□■ What is high frequency? ■□■ High frequency refers to radio waves, which are a type of electromagnetic wave. Electromagnetic waves can be broadly classified into high-frequency types such as X-rays and gamma rays, visible light and infrared rays, radio waves, and low-frequency electromagnetic fields. Furthermore, radio waves are divided into long waves, medium waves, short waves, and ultra-short waves. Radio waves are used in communications such as television, radio, and mobile phones, as well as for heating in devices like microwave ovens. If you have any questions about our products or would like to know more about the Takahou Wave Nessle Corporation's systems, please feel free to contact us. ======≪Trial Campaign≫＝＝＝＝＝＝ Right now! We are running the following campaign! Please give it a try. ■ Free demo (heating test) ■ Free product processing samples *For details, please contact us through the "Contact Us" section. ＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝ ■ For those who want to know more about the principles, please download the materials.

  • Heating device

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High-frequency heating device ideal for heating treatment of small-scale work [for the medical industry].

High-frequency heating device ideal for heating treatment of small-scale work [for the medical industry].

High-frequency heating device with an output of 10 kW or less for heating treatment of small workpieces and integration into automatic lines!

The high-frequency heating device (KNT310-10100) has an output of 10 kW or less, is compact and easy to handle, making it ideal for heating small workpieces and integration into automated lines. It can also be introduced into the medical industry, so please feel free to contact us. ■ Target Materials Metal materials and metal parts processing (indirect heating methods used in conjunction), resin materials (thermoplastics, thermosetting resins, FRP), wood, natural plywood, scientific plywood, laminated wood, ceramics, rubber, composites, leather, textiles, paper, etc. ■ Processing Content Heating, shaping, drying, welding, bonding, cutting, molding, heating, etc. ■ Product Applications Industrial equipment, home appliances, transportation equipment, IT equipment, toys, sports equipment, stationery, composite resin molded products (such as automotive interior parts), medical devices, furniture, musical instruments, etc. ======≪Trial Campaign≫＝＝＝＝＝＝ Right now! We are running the following campaign! Please give it a try. ■ Free demo (heating test) ■ Free provision of product processing samples *For details, please contact us through the "Contact Us" section. ＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝

  • Heating device

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High-frequency heating device KNT1510-40100 [for the food industry]

High-frequency heating device KNT1510-40100 [for the food industry]

High-frequency heating device. It can be used for various heat treatments such as hardening, shrink fitting, and annealing, as well as melting, making it versatile for all purposes.

You can use it for all kinds of heat treatment such as annealing, shrink fitting, tempering, and melting. ======≪Trial Campaign≫＝＝＝＝＝＝ Now! We are running the following campaign! Please give it a try. ■ Free demo (heating test) ■ Free provision of product processing samples *For details, please contact us through the "Contact Us" section. ＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝ ■ Target materials Metal materials and metal parts processing (including indirect heating methods), resin materials (thermoplastics, thermosetting resins, FRP), wood, natural plywood, scientific plywood, laminated wood, ceramics, rubber, composites, leather, textiles, paper, etc. ■ Processing content Heating, shaping, drying, welding, bonding, cutting, molding, heating, etc. ■ Product applications Industrial equipment, home appliances, transportation equipment, IT equipment, toys, sports equipment, stationery, composite resin molded products (such as automotive interior parts), medical devices, furniture, musical instruments, etc.

  • Heating device

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Tabletop High-Frequency Induction Heating Device for Jewelry - 'HEATCUBE'

Tabletop High-Frequency Induction Heating Device for Jewelry - 'HEATCUBE'

Small-scale metal melting on the tabletop! An ideal high-frequency induction heating device for research and development.

In the jewelry industry, a key challenge in research and development is the efficient melting of small amounts of metal. Traditional heating methods have issues related to space and energy efficiency, as well as safety. The tabletop high-frequency induction heating device 'HEATCUBE' is the optimal solution to address these challenges and advance research and development efficiently. 【Application Scenarios】 - Development of new materials in jewelry manufacturing - Alloy composition experiments of gold and silver - Research on melting temperatures and times - Development of new processing techniques - Metal processing in small workshops 【Effects of Implementation】 By introducing 'HEATCUBE', significant improvements can be made in space efficiency, energy efficiency, and safety compared to traditional heating methods. This enables the streamlining of research and development, cost reduction, and a decrease in environmental impact.

  • Heating device

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Desktop High-Frequency Induction Heating Device for Electronic Components 'HEATCUBE'

Desktop High-Frequency Induction Heating Device for Electronic Components 'HEATCUBE'

Heat and melt small amounts of metal on your tabletop! A highly efficient heating device ideal for research and development.

In the research and development of electronic components, small-scale metal heating and melting tests are essential. However, traditional heating devices are often large and expensive, making experiments difficult due to space and cost constraints. The tabletop high-frequency induction heating device 'HEATCUBE' achieves efficient heating in a compact and affordable design, enabling smooth metal heating and melting tests during the research and development phase. 【Usage Scenarios】 - Metal melting tests in the material development of electronic components - Research and development of new soldering techniques - Heat treatment experiments for small components - Heating and melting of small amounts of metal in laboratories and development centers - Challenges in space and cost with traditional large devices 【Benefits of Implementation】 By introducing 'HEATCUBE', it becomes possible to efficiently conduct metal heating and melting tests in research and development. Its compact design allows experiments to be carried out even in limited spaces, while also reducing costs compared to traditional large devices. Additionally, the high-efficiency heating is expected to provide energy-saving benefits.

  • Heating device

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Tabletop High-Frequency Induction Heating Device for Automotive Parts 'HEATCUBE'

Tabletop High-Frequency Induction Heating Device for Automotive Parts 'HEATCUBE'

Dissolve small amounts of metal on your tabletop! A highly efficient heating device perfect for research and development.

In the research and development of automotive parts, small-scale metal melting tests are essential. However, traditional heating devices are large and take up space, making it difficult to introduce them in laboratories with limited experimental space. Therefore, the high-frequency induction heating device 'HEATCUBE' has emerged, capable of heating and melting small amounts of metal on a tabletop. 【Application Scenarios】 - Metal melting tests in the material development of automotive parts - Melting small amounts of metal in the research and development of new materials - Experiments in limited spaces such as laboratories and experimental rooms - Insufficient space with traditional large heating devices - Desire to reduce environmental impact 【Effects of Introduction】 The 'HEATCUBE' is compact and space-saving, making it possible to introduce it even in limited spaces. Additionally, its high-efficiency heating enables significant energy savings compared to traditional heating devices. Furthermore, by not using flames, it reduces CO2 emissions and contributes to lowering environmental impact.

  • Heating device

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Aerospace Tabletop High-Frequency Induction Heating Device 'HEATCUBE'

Aerospace Tabletop High-Frequency Induction Heating Device 'HEATCUBE'

Dissolve small amounts of metal on your tabletop! An energy-saving heating device that accelerates research and development.

In the field of aerospace research and development, there is a growing need for the efficient melting of small amounts of metal. Traditional heating devices are not only large and require significant installation space, but they also pose challenges in terms of energy consumption. Therefore, the high-frequency induction heating device 'HEATCUBE' has been developed, allowing for the heating and melting of small amounts of metal on a tabletop. 【Application Scenarios】 - Material development for aircraft components - Research and development of new materials - Development of small satellites - Melting tests of metal powders - Experiments in laboratories and development centers 【Benefits of Implementation】 'HEATCUBE' significantly reduces the installation space compared to traditional large devices, making experiments possible in limited spaces. Additionally, its high-efficiency heating helps to reduce energy consumption and contributes to lower CO2 emissions. Furthermore, it also offers consultation for melting tests, supporting the efficiency of research and development.

  • Heating device

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Tabletop High-Frequency Induction Heating Device for Food - 'HEATCUBE'

Tabletop High-Frequency Induction Heating Device for Food - 'HEATCUBE'

Heat and melt small amounts of metal on your desktop! Streamline research and development!

In the food industry, research and development frequently involves small-scale metal heating and melting tests. However, traditional heating devices are large and take up space, posing challenges for laboratory use. The tabletop high-frequency induction heating device 'HEATCUBE' is compact, space-saving, and achieves high-efficiency heating, enabling efficient progress in research and development. 【Application Scenarios】 - Melting tests of metal components in food manufacturing processes - Evaluation of metal properties in new material development - Small-scale metal processing in laboratories - Heat treatment of metal components in food production 【Benefits of Implementation】 By introducing 'HEATCUBE', it is possible to enhance the efficiency of research and development, save space, and reduce CO2 emissions. Compared to traditional large devices, it occupies less space and allows for rapid heating, contributing to faster research and development. Additionally, since it does not use flames, it also improves safety.

  • Heating device

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Desktop High-Frequency Induction Heating Device "HEATCUBE" for Environmental Applications

Desktop High-Frequency Induction Heating Device "HEATCUBE" for Environmental Applications

Heating and melting small amounts of metal on your tabletop! Achieving energy savings and CO2 reduction.

In the field of environmental research and development, there have been challenges regarding space and cost when conducting small-scale metal heating and melting tests with conventional equipment. The compactly designed tabletop high-frequency induction heating device 'HEATCUBE' is a groundbreaking apparatus that enables efficient metal heating and melting tests during the research and development phase while achieving energy savings. 【Usage Scenarios】 - Research and development in the environmental field - Development of waste treatment technologies - Development of new materials - Research on metal recycling technologies - Challenges with space and cost in conventional heating devices 【Benefits of Implementation】 By introducing 'HEATCUBE', it becomes possible to enhance the efficiency of research and development, reduce costs through energy savings, decrease CO2 emissions, and conduct experiments in limited spaces. This contributes to reducing environmental impact and achieving a more sustainable society.

  • Heating device

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Q&A: What is the difference between dielectric heating and induction heating?

Q&A: What is the difference between dielectric heating and induction heating?

What is the difference between dielectric heating and induction heating?

Regarding high-frequency dielectric heating, the applicator is equipped with two electrodes that create a high-frequency electric field, and the workpiece placed between these two electrodes is heated by the electric field. The electrodes are connected to the oscillator using wires, but since radio waves leak from the wires to the outside, measures are needed not only for safety but also to comply with the strict regulations of the Radio Law. Microwave heating also heats the workpiece using an electric field, but does not require electrodes. Since a waveguide is used to connect the oscillator to the applicator, radio waves do not leak to the outside. High-frequency induction heating utilizes the heat generated by metals affected by high-frequency magnetic fields through Joule loss and hysteresis loss. A representative example of high-frequency induction heating is the induction heating (IH) cooker. When a thick metal pot is placed on the IH cooker and the switch is turned on, high-frequency current flows through the coil, generating a high-frequency magnetic field. The pot heats up due to Joule loss and hysteresis loss caused by the generated high-frequency magnetic field, thereby cooking the food inside the pot. In other words, the IH cooker directly heats only the pot with the high-frequency magnetic field. In contrast, a microwave oven directly heats food with microwaves. For more details, please contact us or download the catalog.

  • High frequency/microwave parts

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