We have compiled a list of manufacturers, distributors, product information, reference prices, and rankings for Induction Heating Equipment.
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Induction Heating Equipment Product List and Ranking from 45 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Aug 27, 2025～Sep 23, 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:Aug 27, 2025～Sep 23, 2025
This ranking is based on the number of page views on our site.

  1. 富士電子工業 Osaka//Industrial Machinery
  2. 第一高周波工業 新事業推進部 営業部 Tokyo//Industrial Machinery
  3. トクデン Kyoto//Industrial Electrical Equipment
  4. 4 TSK Shizuoka//Machine elements and parts
  5. 5 山本ビニター Osaka//Industrial Machinery
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Induction Heating Equipment Product ranking

Last Updated： Aggregation Period:Aug 27, 2025～Sep 23, 2025
This ranking is based on the number of page views on our site.

  1. High-frequency quenching equipment subsidy program 富士電子工業
  2. Martensite and residual austenite 富士電子工業
  3. Boiler tube extraction device for heat exchanger tubes 第一高周波工業 新事業推進部 営業部
  4. 4 Small High-Frequency Melting Device (Melting Furnace) for 5kg / 10 to 30kg 第一高周波工業 新事業推進部 営業部
  5. 5 Magnetic induction heating device "MAGHEAT" (patented) TSK

Induction Heating Equipment Product List

256～269 item / All 269 items

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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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Explanation material "High-Frequency Hardening Changes Depending on the Method (Cooling Edition)"

Explanation material "High-Frequency Hardening Changes Depending on the Method (Cooling Edition)"

Explanation of cooling points, martensite transformation points, and carbon content!

Our company, which specializes in the design and manufacturing of high-frequency hardening equipment, as well as prototype production and contract processing, is currently offering the document "High-Frequency Hardening Changes Depending on the Method (Cooling Edition)." This document provides an easy-to-understand explanation of cooling in hardening, including points to consider for uniform cooling, whether drainage is obstructing the process, and the differences between cooling methods and their effects. Additionally, we have included the advantages of immersion cooling, which can prevent air entrapment and cooling unevenness. We encourage you to download it and give it a read. 【Contents】 ■ Cooling in hardening ■ Points to consider in atmospheric cooling ■ Cooling points ■ Martensite transformation point and carbon content ■ Differences between cooling methods and cooling effects ■ Advantages of immersion cooling *For more details, please download the PDF or feel free to contact us.

  • Processing Contract

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Explanatory Material "High-Frequency Hardening Changes Depending on the Method (Level-Up Edition)"

Explanatory Material "High-Frequency Hardening Changes Depending on the Method (Level-Up Edition)"

We will introduce in detail the coping methods and improvement methods for various cases, organized by item!

Our company, which specializes in the design and manufacturing of high-frequency hardening equipment, as well as prototype production and contract processing, is currently offering the document "High-Frequency Hardening Changes Depending on the Method (Level-Up Edition)." It provides clear explanations on how to address issues such as large distortion, cracking due to cooling, and cracking from resting. Additionally, it includes detailed information on improving hardening patterns, such as changing hardening conditions and altering the shape and material of receiving jigs. We encourage you to read it. 【Contents】 ■ Methods for addressing large distortion ■ Methods for addressing cracking (due to cooling) ■ Methods for addressing cracking (from resting) ■ Improvement of hardening patterns ■ Methods for dealing with the expansion and contraction of workpieces ■ Bonus *For more details, please download the PDF or feel free to contact us.

  • Processing Contract

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Explanation Material: "High-Frequency Hardening Varies Depending on the Method (Introduction)"

Explanation Material: "High-Frequency Hardening Varies Depending on the Method (Introduction)"

A clear explanation of the coil set method and fixing jigs for easy implementation!

Our company, which specializes in the design and manufacturing of high-frequency hardening equipment, as well as prototype production and contract processing, is currently offering the document "High-Frequency Hardening Changes Depending on the Method (Introduction Edition)." This document provides detailed explanations on various aspects of introducing high-frequency hardening, including confirming the hardening range, deciding on hardening plans, cooling methods, and how to perform tempering. Additionally, it includes a table of the chemical composition of steel and the hardness (HRC) after high-frequency hardening and tempering, making it a useful reference for those considering implementation. We encourage you to read it. [Contents] ■ Confirming the hardening range ■ Deciding on the hardening plan ■ Deciding on the cooling method ■ Deciding on how to perform tempering ■ Deciding on the coil set method ■ Deciding on the fixture for fixing ■ Bonus *For more details, please download the PDF or feel free to contact us.

  • Processing Contract

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High-frequency quenching equipment subsidy program

High-frequency quenching equipment subsidy program

Fuji Electric's equipment has been adopted as advanced equipment and systems!

In the fiscal year 2024 supplementary budget, Fujielectronics' "High-Frequency Single-Pass Hardening Equipment" and "High-Frequency Induction Heating Device (Hybrid Heating)" have been adopted for the energy-saving investment promotion subsidy. As a result, registration as "factory/business type" and "other high-performance equipment recognized by SII" is possible. Is this eligible? How much subsidy can I receive? What should I do? We will utilize our extensive experience in subsidy applications to provide support. Please feel free to contact us↓ ★ For inquiries by phone, please call: Osaka Headquarters → TEL: 072-991-1361 Nagoya → TEL: 052-322-1361 Tokyo → TEL: 03-5472-1361 *When calling, please mention "Ipros was seen." Response hours: Weekdays, Monday to Friday, from 9 AM to 5 PM.

  • Other machine tools

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High-performance roll made of silicone rubber - heating roll

High-performance roll made of silicone rubber - heating roll

Introducing high-performance rolls made with silicone rubber.

This is a high-performance roll made from silicone rubber. In the OA industry, we have a top industry record as rolls for copiers and printers. We will meet your requirements with high-precision dimensional products and stable quality based on our past experience. As our products utilize the characteristics of high-performance materials, we can propose solutions to various problems. *For more details, please contact us or download the catalog.

  • Other consumables

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『MAGHEAT』 Application Example: Preheating of Aluminum Ingots at the Melting Plant

『MAGHEAT』 Application Example: Preheating of Aluminum Ingots at the Melting Plant

By preheating the aluminum ingots to 450℃ to 500℃ and then charging them into the melting furnace, it is possible to achieve complete melting in the furnace in about 10 minutes!

Our "MAGHEAT" is a magnetic induction heating device that generates induced currents in non-ferrous metals by moving magnets, utilizing the resulting Joule heat for heating. It employs a motor as a power source, allowing for reduced power consumption. [Application Example: Preheating Aluminum Ingots in Aluminum Melting Plants] Recently, attention has been drawn to preheating ingots to approximately 450°C to 500°C with "MAGHEAT" before introducing them into the molten bath. Currently, ingots at room temperature are being introduced into tower-type melting furnaces, causing them to drop to the bottom of the molten bath upon entry, damaging the furnace floor and generating a large amount of oxides. For a 10 kg ingot, it is said to take about one hour to dissolve in the molten bath. By introducing preheated ingots at 450°C to 500°C, it is possible to achieve complete melting of the entire bath within 5 to 10 minutes. In gas furnaces, the preheating temperature is "MAX 250°C," whereas with MAGHEAT, a preheating temperature of around "500°C" is achievable. *For more details on this application example, please refer to the materials available for download below "PDF Download."

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

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Plasma Sintering Device "Cyclic Plasman"

Plasma Sintering Device "Cyclic Plasman"

General SPS sintering as well! It is possible to apply periodic load and current during electric sintering.

We would like to introduce the plasma sintering device "Cyclic Plasma" handled by Techno Environmental Equipment Co., Ltd. It is capable of applying periodic loads and current during electric sintering, and general SPS sintering is also possible. Additionally, there are expected effects from the periodic load application, such as the control of the microstructure of materials with anisotropy in physical properties and the potential for performance improvement. 【Expected Effects of Periodic Load Application】 ■ Possibility of producing high-density sintered bodies at low temperatures using standard SPS ■ Potential for microstructure control of materials with anisotropic physical properties and performance enhancement *For more details, please download the PDF or feel free to contact us.

  • Other processing machines

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[Case Study] Crankcase for Engine / Drying Process After Painting

[Case Study] Crankcase for Engine / Drying Process After Painting

A case where a labor cost reduction of 5,760,000 yen was achieved through a conversion of 3,000 yen/hour × 1,920 hours!

We introduced our induction heating device into the drying process after painting the crankcases for engines in a case study from the automotive manufacturing industry. We aimed to shorten the drying process and reduce the labor hours of the staff involved. As a result, the previously time-consuming drying process transformed into a production environment that is almost unmanned. This achieved a reduction of approximately 1,920 hours of operational time per year and a decrease in labor costs. 【Case Overview】 ■Initiatives - Introduced our induction heating device into the drying process after painting the crankcases for engines - Shortened the drying process and reduced the labor hours of the staff involved ■Results - The time-consuming drying process changed to a production environment that is almost unmanned - Reduced operational time by approximately 1,920 hours per year This translates to a labor cost reduction of 5,760,000 yen (3,000 yen/hour × 1,920 hours) *For more details, please download the PDF or feel free to contact us.

  • Heating device
  • Other heating equipment

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Apartment-type heating device "Inline compatible / High uniform heating / 3D storage"

Apartment-type heating device "Inline compatible / High uniform heating / 3D storage"

Excellent temperature control function with radiation heating method. Significant contribution to clean heating, space-saving, and labor-saving.

- Inline compatibility → Installed in the subsequent process after dispensing. Contributes to labor saving. - Excellent temperature management function → Adopts a radiant heating method. Achieves very high uniformity of heat! - Traceability → Management of traceability for each installation location of the work (heating area). - Clean heating → Heating while stationary maintains dust and uniformity, enabling improvement in product quality. - Space-saving → Achieves space-saving by arranging the storage locations of the work vertically. (2D → 3D) - Energy saving → Contributes to energy saving by significantly reducing the volume of the heating chamber. 【Applications】 Thermosetting resins in general ◆ Underfill materials ◆ LED phosphors ◆ Ag paste ◆ Other thermosetting resins

  • Heating device

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