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Heating device Product List and Ranking from 44 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.

Heating device 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. 山本ビニター Osaka//Industrial Machinery
  4. 4 トクデン Kyoto//Industrial Electrical Equipment
  5. 5 ウシオ電機 Tokyo//Industrial Electrical Equipment
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Heating device 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. Adfos NIR: Super Near-Infrared Heating Device 松本金属工業
  4. 4 Boiler tube extraction device for heat exchanger tubes 第一高周波工業 新事業推進部 営業部
  5. 5 Light Application Heating Device "Flash Lamp Annealing Device" ウシオ電機

Heating device Product List

331～345 item / All 416 items

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Induction heating application cases by industry: Electric Vehicle (EV) manufacturing

Induction heating application cases by industry: Electric Vehicle (EV) manufacturing

Decarbonization in the manufacturing process: An example of the application of induction heating (IH) in the EV manufacturing process.

Here are some examples of the application of induction heating in the EV manufacturing process. - Shrink fitting of the housing and stator The stator is fitted into a lightweight aluminum housing through shrink fitting. The aluminum housing is heated to 200-300°C due to the interference fit between the housing and the stator, allowing the aluminum to expand and making it easier to place the stator inside the housing. - Shrink fitting of the steel shaft inside the rotor The rotor inside the stator of the electric motor is made of laminated steel to suppress heat generation from eddy currents during operation, as it is difficult to remove the heat generated. Induction heating coils can be designed to heat the steel from the outside or the inside. - Drying of the steel rotor After being machined to the tight tolerances required for efficient motor operation, the steel rotor assembly is heated by induction heating to remove the machining fluid. Induction heating allows for precise control of the rotor's temperature through closed-loop control. There are several other application examples as well. *For more details, please download the PDF or feel free to contact us.

  • application_industry_ev_2-300x256.jpg
  • Other heating equipment

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Induction Heating Application Cases by Industry: Aerospace Industry

Induction Heating Application Cases by Industry: Aerospace Industry

Introducing examples of high-frequency induction heating applications in the aerospace industry for fast and accurate manufacturing and repair processes.

Here are some examples of the application of induction heating in the aerospace industry. In the aerospace industry, engine parts are expensive, making repair much more economical than replacement. Traditionally, brazing has been done using batch-type vacuum furnaces when applying heat for repairs, but induction heating can be utilized in various scenarios. 【Examples of Applied Heating [Temperature/Time]】 ■ Turbine engine fan blades: 982°C/5 minutes, welding ■ Inconel billets: 260°C/12 seconds ■ Titanium blades: 260°C/4 minutes, melting and expelling wax from the inside *For more details, please download the PDF or feel free to contact us.

  • application_industry_aerospace_2.jpg
  • Other heating equipment

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Induction Heating Application Cases by Industry: Tubes and Pipes

Induction Heating Application Cases by Industry: Tubes and Pipes

For hot bending and welding stress relief! Here are examples of high-frequency induction heating applications for tubes and pipes.

We would like to introduce examples of the application of induction heating in tube and pipe processing. Induction heating, known for its reliability and reproducibility, is effective for heat treatment of tubes and pipes. High-frequency induction heating enables efficient heat treatment for tubes and pipes, including hot bending, stress relief welding, coating, and brazing. *For more details, please download the PDF or feel free to contact us.

  • Other heating equipment

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Induction heating application cases by industry: Medical devices

Induction heating application cases by industry: Medical devices

Precise and clean non-contact heating! Introducing examples of high-frequency induction heating applications in medical device manufacturing.

We would like to introduce examples of the application of induction heating in the manufacturing of medical devices. Induction heating, which heats small areas with pinpoint accuracy and without contact, is suitable for the medical field where precision and cleanliness (sterility) are particularly required, such as in the processing of catheter tips, welding of injection needles, brazing of small fixtures, annealing, and the welding of metals to plastics. 【Typical Medical Applications [Heating Temperature/Time] Examples】 ■ Annealing in inert gas (steel tube): 1093°C / 15 seconds ■ Adhesion (plastic handle of surgical scalpel): 232°C / 2 seconds ■ Brazing (medical heat sensor probe): 704°C / 60 seconds ■ Hardening (steel surgical scalpel): 1093°C / 2 seconds ■ Heating and forming (steel mandrel (Teflon tube)): 371°C / 2.7 seconds ■ Plastic reflow (catheter tube): 121°C / 3.5 seconds *For more details, please download the PDF or feel free to contact us.

  • Other heating equipment

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Induction heating application examples: Shrink fitting

Induction heating application examples: Shrink fitting

Enables large-scale processing with rapid heating.

Shrink fitting is a method of achieving a very strong joint by inserting one of two metal components into the other. Many applications involve a shaft with an outer diameter and another component such as a gear, steering knuckle, or washer with an inner diameter. By uniformly heating the inner hole, the size of the hole can be expanded, allowing the shaft to be easily inserted into the enlarged hole. Upon cooling, the hole shrinks back to its original size, creating a strong frictional joint. 【Common Issues】 ■ Poor precision of the housing's inner diameter and the shaft's outer diameter, resulting in a poor fit even after cooling ■ Misalignment during insertion, causing the shaft not to settle in the correct position ■ Contamination of the joint surfaces *For more details, please download the PDF or feel free to contact us.

  • application_use_shrinkfit_2.jpg
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Induction Heating Application Examples: Metal Forging

Induction Heating Application Examples: Metal Forging

Compact device configuration

Forging, the oldest method of metalworking, involves deforming metal with a hammer, which increases the metal's strength. In most cases, the heating forming process raises the temperature of the metal inside an oven. Adding heat means deforming the metal above the recrystallization temperature. This process requires uniform heating. Conventional gas furnaces and flame treatment are inefficient methods in terms of both energy and time. However, induction heating (IH) allows for rapid and precise heating of only the workpiece. Additionally, by directly placing remote workstations on the forging processing production line, it becomes possible to use this method for high-speed and large-scale forging processes. *For more details, please download the PDF or feel free to contact us.*

  • application_use_forging_2.jpg
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Induction heating application examples by purpose: Material hardening

Induction heating application examples by purpose: Material hardening

Shortening the curing time

Hardening involves any process used to initiate structural changes at the chemical or molecular level in polymer materials such as epoxy, phenolic, polyester, and silicone, or to exert catalytic effects. These materials are applied in various products aimed at adhesion, protective coatings, sealing, and insulation. Typically, induction heating is used for heating metals and other conductive materials, but by using conductive metals as a susceptor for heat conduction, efficient heating can also be achieved in plastics and other non-conductive materials. *For more details, please download the PDF or feel free to contact us.*

  • Other heating equipment

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Induction heating application examples by use: riveting

Induction heating application examples by use: riveting

For a lighter and more powerful joint.

When structural elements are made of thermoplastic materials, it is possible to push a screw-type metal insert into the plastic part after heating it above the melting temperature of the plastic. There is a growing demand for lightweight yet stronger structural components, and metal inserts are frequently used when a strong connection is required. The welding of metal to plastic is one of many applications that utilize induction heating for plastic melting. Other applications that take advantage of the liquefaction of plastic include metal embedding and the manufacturing of thermoplastic composites. *For more details, please download the PDF or feel free to contact us.*

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Induction heating application examples by use: Cap sealing

Induction heating application examples by use: Cap sealing

Process the airtight seal while keeping it clean.

In the food and medical industries, airtightness between the cap and the container is required, but induction heating allows for clean, non-contact heating. 【Advantages of Utilizing Induction Heating (IH)】 It enables high-speed processing, such as sealing aluminum caps onto plastic containers. ■ Highly reliable seals ■ Easy integration into production lines ■ Fast processing speed *For more details, please download the PDF or feel free to contact us.

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Transistor-type high-frequency oscillator

Transistor-type high-frequency oscillator

Considering the environment, the transistor type can achieve approximately 30% energy savings compared to conventional models!

We would like to introduce our "Transistor-type High-Frequency Oscillator." It responds to a wide range of load variations with highly reliable drive control technology. The circuit configuration converts to a stable DC voltage using thyristors and diodes, and then outputs high-frequency power through a full-bridge inverter. 【Features】 ■ Output adjustment is performed by controlling the DC voltage ■ Adopts phase control of thyristors, allowing for a wide range of output selection ■ Utilizes a parallel resonant self-excited oscillation method ■ Automatically changes the oscillation frequency instantaneously in response to changes in load impedance during heating, enabling operation in a stable phase state *For more details, please refer to the related links or feel free to contact us.

  • Ultrasonic Oscillator
  • High frequency/microwave parts
  • Transistor

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Vacuum tube high-frequency oscillator

Vacuum tube high-frequency oscillator

A device that uses a self-excited oscillation circuit oscillating at the natural vibration frequency of the load circuit!

We would like to introduce the "Vacuum Tube High-Frequency Oscillator" that we handle. Due to its simple structure, it has a long lifespan and is easy to maintain, and stable heating is easily achievable with AVR equipment. A self-excited oscillation circuit that oscillates based on the natural vibration frequency of the load circuit is used. 【Features】 ■ Long lifespan and easy maintenance due to its simple structure ■ Stable heating is easily achievable with AVR equipment ■ Wide matching capability *For more details, please refer to the related links or feel free to contact us.

  • Vacuum Equipment
  • High frequency/microwave parts
  • Ultrasonic Oscillator

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Vertical High-Frequency Quenching Machine

Vertical High-Frequency Quenching Machine

Ideal for high-frequency hardening of various shafts and similar items! The one-touch adapter makes it easy to replace the heating coil.

We would like to introduce the "Vertical High-Frequency Hardening Machine" that we handle. The feeding speed ranges from 0.2 to 200 mm/s, the workpiece rotation speed is from 0 to 500 rpm, the utility requires compressed air at 0.4 MPa, cooling water at 15 to 200 l/min, and the power capacity is 10 kVA. High-frequency moving hardening/fixed hardening is possible according to each stroke. 【Stroke Types】 ■03 ■05 ■07 ■09 ■12 ■15 *For more details, please refer to the related links or feel free to contact us.

  • High frequency/microwave parts
  • Other processing machines

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Turntable-type high-frequency hardening machine

Turntable-type high-frequency hardening machine

The installation work dimensions are a maximum length of 200mm, a maximum outer diameter of φ50, and a maximum weight of 10kg!

We would like to introduce our "Turntable Type High-Frequency Hardening Machine." Since workpiece loading and unloading is possible during hardening, cycle time can be reduced. The heating coil's upper and lower mechanism allows for both high-frequency moving hardening and fixed hardening. The one-touch adapter makes it easy to replace the heating coil. 【Stroke Types】 ■2-stroke ■4-stroke ■6-stroke ■8-stroke *For more details, please refer to the related links or feel free to contact us.

  • High frequency/microwave parts
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[Case Study] Induction Heating Device

[Case Study] Induction Heating Device

Numerous achievements in the introduction of induction heating equipment to overseas universities and research institutions!

The Japanese government's development aid project introduced an atmospheric dissolution furnace system to a university in Egypt. *For more details, please refer to the PDF document or feel free to contact us.*

  • Heating device

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Tabletop High-Frequency Induction Heating Device for Metal Processing 'HEATCUBE'

Tabletop High-Frequency Induction Heating Device for Metal Processing 'HEATCUBE'

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

In metal processing research and development, conducting small-scale metal heating and melting tests has posed challenges in terms of space and cost with traditional large equipment. The compactly designed tabletop high-frequency induction heating device 'HEATCUBE' achieves space-saving and low-cost solutions, making it ideal for metal heating and melting tests in the research and development phase. 【Usage Scenarios】 - Research and development of metal materials - Development of new materials - Alloy development - Welding experiments - Heat treatment experiments - Experiments in limited spaces such as laboratories and university labs - Small-lot metal processing 【Benefits of Introduction】 By introducing 'HEATCUBE', it is possible to conduct efficient metal heating and melting tests while reducing space and costs compared to traditional large equipment. This contributes to speeding up research and development and reducing costs. It also helps in reducing environmental impact.

  • Heating device

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