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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

376～390 item / All 416 items

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Applications of Induction Heating: Brazing

Applications of Induction Heating: Brazing

Ideal for various applications in the manufacturing industry.

Brazing (also known as brazing) is a heating process that connects two metals of the same or different types using a separate low-melting-point alloy. The brazed parts are extremely strong and can be more durable than the two connected metals. Additionally, they provide high airtightness against liquids and gases and can withstand shocks and vibrations. **Advantages of Induction Heating (IH) Utilization** - **Conventional Brazing Process: Torch** Torch brazing requires skilled operators. - **Conventional Brazing Process: Furnace** It consumes energy and space for preheating, necessitating alternative methods. ➡ Brazing with IH eliminates the need for skilled operators, reduces energy costs, and allows for a lean production process for higher quality parts while minimizing equipment footprint. - **Throughput:** IH generates heat only in the necessary parts of the workpiece. - **Reproducibility:** Once the coil and heating process are determined, accurate reproducibility can be expected. - **Easy Integration:** Integration into the production process. - **Safety:** No need for open flames or high-temperature furnaces. *For more details, please download the PDF or feel free to contact us.*

  • application_use_brazing_2.jpg
  • Other heating equipment

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Examples of applications for induction heating: Brazing in an inert gas.

Examples of applications for induction heating: Brazing in an inert gas.

The cleaning process is unnecessary.

Brazing in a controlled vacuum or inert gas significantly improves quality and eliminates the need for costly cleaning processes. Heating with a flame in normal atmospheric air containing oxygen can cause oxidation, scaling, and carbon buildup on the workpiece. To clean these, it is necessary to use flux or expensive acid cleaning baths. Brazing in inert gas is utilized for materials such as nickel, titanium, superalloys, stainless steel, and refractory materials. *For more details, please download the PDF or feel free to contact us.*

  • Other heating equipment

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Applications of Induction Heating: Annealing

Applications of Induction Heating: Annealing

Precise and easy control

Annealing is a heat treatment process that involves heating a material to a high temperature for an extended period and then gradually cooling it. The ultimate goal of this process is to soften the metal and improve its ductility. Annealing is particularly used as a process to achieve the softness of materials. Annealing for process and stress relief is used to negate the effects of cooling. In other words, the aim is to soften the metal and increase the ductility of work-hardened materials. Internal stresses are caused by plastic deformation processes, such as uneven cooling during machining, cutting, welding, or casting, or by phase transformations. Warping and distortion occur when internal stresses are not relieved. Annealing removes these stresses when the affected areas are heated to the recommended temperature and held for a sufficient amount of time, followed by slow cooling to room temperature. 【Common Issues】 During heating and cooling, there exists a temperature gradient between the outer and inner parts of the metal. If the temperature change is too great, this temperature gradient can cause internal warping or, in the worst case, cracking. *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: Adhesion

Induction heating application examples by use: Adhesion

Non-contact and precise temperature control.

The bonding here is a process of joining metals or metal-containing materials to plastics, rubber, or thermoplastic resins without the use of adhesives. Precise thermal control is required until the temperature at which the bond is formed (generally between 150°C and 220°C) is reached. Induction heating bonding is used in various industries. ■ Aerospace Bonding of carbon fiber/composite materials ■ Automotive Bonding of body parts such as electric motor magnets, fenders, rearview mirrors, and various joints ■ Medical Joining of metal and plastic in dental tools ■ Optical Bonding of glass and metal *For more details, please download the PDF or feel free to contact us.

  • Other heating equipment

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Applications of Induction Heating: Joining of Metals and Glass

Applications of Induction Heating: Joining of Metals and Glass

In the formation of airtightness

Joining metal and glass requires heating the metal and melting the glass to form a seal between the two materials. This process is used to create airtight seals in the manufacturing of light bulbs and laser tubes. Due to the differing coefficients of thermal expansion between glass and metal, caution is necessary during cooling and subsequent manufacturing processes. Sometimes, polymer-based adhesives are used to form the seal. *For more details, please download the PDF or feel free to contact us.*

  • Other heating equipment

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【Application Examples of Induction Heating】Tip Processing of Catheters / Welding of Injection Needles

【Application Examples of Induction Heating】Tip Processing of Catheters / Welding of Injection Needles

Pinpoint accuracy

Induction heating (IH), which heats small areas non-contact and with pinpoint accuracy, is suitable for the precision processing of catheter tips and the welding of injection needles. 【Processing of Catheter Tips】 By forming a rounded tip on the catheter tube, it enables insertion into the human body (minimally invasive surgical treatment) while minimizing tissue damage. The mold for tip processing is made of small stainless steel. By heating the mold, the inserted polyvinyl tube is melted, poured into the mold, and shaped. Precise temperature control is essential to maintain consistent heating and pouring into the mold. An infrared radiation thermometer is used to measure the temperature of the mold, and the signal is fed back to the induction heating power supply to control the heating. 【Welding of SUS Injection Needles to Needle Hubs】 It has been said that heating extremely small objects like injection needles is a weak area for induction heating, but Alonix has overcome this challenge by using a high-frequency amplifier. By applying high frequencies in the MHz range, the injection needle (SUS pipe) is instantaneously heated and welded to the needle hub. *For more details, please download the PDF or feel free to contact us.

  • Other heating equipment

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【Case Study】Far Infrared Katsuobushi Softening Machine

【Case Study】Far Infrared Katsuobushi Softening Machine

Installed in the pre-processing stage of the automatic shaving device! Used by many shaving flake manufacturers.

Here is a case study of the delivery of the "Far Infrared Katsuobushi Softening Machine." Previously, to soften katsuobushi, steaming (cooking treatment) was performed using a batch furnace. However, steaming with water vapor caused the loss of umami components from the katsuobushi, requiring additional heating and drying after shaving, which deteriorated the taste, aroma, color, and shape of the shaved katsuobushi. By using this product, the moisture content is reduced by about 1%, eliminating the need for a drying process after shaving. Thanks to the various effects resulting from far infrared heating, high-quality shaved katsuobushi rich in color, luster, aroma, and elasticity can now be efficiently produced. [Challenges] - Steaming with water vapor causes the loss of umami components. - The addition of moisture to the katsuobushi necessitates further heating and drying after shaving, which further deteriorates the taste, aroma, color, and shape of the shaved katsuobushi. *For more details, please refer to the related links or feel free to contact us.*

  • Other heaters

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[Delivery Example] Side Step Heating

[Delivery Example] Side Step Heating

Adoption of work temperature control using a radiation thermometer! Specifications that can also be used for paint drying and pre-heating before painting.

We would like to introduce a case study of "side step heating." By applying anti-rust wax inside the car's side step and heating it from the outside with a far-infrared heater, we melt and blend the internal wax. The temperature rises from room temperature to 60°C. In the next process, the wax temperature is lowered from 60°C to 40°C to prevent wax dripping. By adopting work temperature control using an infrared thermometer, we can heat the side step while controlling its temperature, preventing it from rising excessively and contributing to stable quality. [Recommended Machine] ■ Product Name: Side Step Heating Device ■ Heat Source Used: Quick Ultra Thermo QUT60 *For more details, please refer to the related links or feel free to contact us.

  • Other heaters
  • Other Auto Parts

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Transistor (SiC type) high-frequency oscillator

Transistor (SiC type) high-frequency oscillator

Compared to IGBTs, improved durability! Supports high frequencies with high-speed switching (five times faster than conventional).

We would like to introduce our "Transistor (SiC type) High-Frequency Oscillator." Compared to conventional types (IGBT), it reduces power loss by approximately 60%, enabling efficient operation. Additionally, the high-frequency oscillator itself has become compact due to weight reduction and miniaturization of the cooling mechanism. 【Features】 ■ Increased durability compared to IGBT ■ High-speed switching (five times faster than conventional) supports higher frequencies *For more details, please refer to the related links or feel free to contact us.

  • Transistor
  • High frequency/microwave parts
  • Ultrasonic Oscillator

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Horizontal high-frequency quenching machine

Horizontal high-frequency quenching machine

The workpiece hardening quality is stabilized by the workpiece self-driving prevention mechanism! The stroke can be adjusted according to the workpiece.

We would like to introduce the "Horizontal 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. It is suitable for high-frequency hardening of various types of shafts and enables high-frequency moving hardening according to each stroke. 【Stroke Types】 ■500 ■700 ■900 ■1200 ■1500 ■2000 *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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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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【Heating test possible】High-frequency induction heating device

【Heating test possible】High-frequency induction heating device

If you bring the work, heating tests are also possible! We can accommodate automatic work supply for mass production factories as well.

"HEATCUBE" is a device that heats metal non-contact through induction heating. Compared to heating with a conventional gas burner, it is expected to shorten work time, eliminate variations in processing accuracy by workers, and reduce CO2 emissions. It is also compatible with mass production factories and automatic work supply. If you bring your workpiece, heating tests can be conducted. Please feel free to contact us if you have any requests. [Features] ■ Shortened work time ■ Elimination of variations in processing accuracy by workers ■ Expected reduction in CO2 emissions *For more details, please refer to the related links or feel free to contact us.

  • 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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