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heater Product List and Ranking from 472 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Dec 31, 2025～Jan 27, 2026
This ranking is based on the number of page views on our site.

heater Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Dec 31, 2025～Jan 27, 2026
This ranking is based on the number of page views on our site.

  1. オーエムヒーター Aichi//Industrial Electrical Equipment
  2. 日本ヒーター Tokyo//Industrial Electrical Equipment
  3. 西都電機 Osaka//equipment
  4. 4 プロヒート ヒーター事業部 Aichi//Industrial Machinery
  5. 5 null/null
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heater Product ranking

Last Updated： Aggregation Period:Dec 31, 2025～Jan 27, 2026
This ranking is based on the number of page views on our site.

  1. Drum can heater (magnet type) easy installation オーエムヒーター
  2. For autonomous driving sensors! Film heaters to prevent malfunctions caused by snow accumulation.
  3. Conversion from gas heating is also possible! High-efficiency, high-output electric infrared heating device. 中部電力ミライズ /開発一体型ソリューション
  4. 4 IC Control Heater "SCH-900SC/900C" クマガイ電工
  5. 5 Cartridge Heater "PCH" プロヒート ヒーター事業部

heater Product List

1231～1245 item / All 2593 items

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What are the infrared devices that can be incorporated into a robot cell and how can they be used?

What are the infrared devices that can be incorporated into a robot cell and how can they be used?

[Case Study Presentation] The excellent responsiveness of the infrared heater is suitable for the robot cell production cycle!

For the quarter glass of the car, it is necessary to apply primer adhesive and sealant in an inline process for the mold sealing around the edges. The challenge was how to achieve adhesion between the primer and the sealant in the inline process. We are introducing a case where robots were utilized to address this challenge. Dura Automotive Systems designs and manufactures driving control systems, seat control systems, safety equipment, body systems, automotive exterior trim, and glass systems. The company is headquartered in the United States and operates globally with over 12,000 employees. Its products are installed in over 300 models worldwide, supplying automotive products to various OEMs. *For more details, please refer to the PDF document or feel free to contact us.*

  • Other heaters
  • Resin processing machine
  • Heating device
  • heater

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Case study of infrared heater utilization: Rapid heating of glass

Case study of infrared heater utilization: Rapid heating of glass

Heating up to 700-900℃ is possible! High power and rapid heating in an open environment.

Reheat forming of thin glass sheets uses a press forming machine, but the first issue is heating the glass sheets, which need to be heated to about 700°C, the temperature considered suitable for forming. At Excelsius (formerly Heraeus Noblelight), heating of metals and glass can be achieved in an open space at temperatures ranging from 700 to 900°C. We can design and propose high-output infrared units tailored to your process and installation space. 【Challenges Required for Pre-Heating Glass for Forming】 ■ Forming temperature of approximately 700°C ■ Rapid heating and step heating ■ Control of uniform heating and localized heating ■ Support for tact heating ■ Heating in open space considering substrate handling *For more details, please refer to the related links or feel free to contact us.

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  • Heating device
  • Other heaters
  • Industrial Furnace
  • heater

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Case studies of infrared heater utilization: Coating with water-based paints and powder coatings.

Case studies of infrared heater utilization: Coating with water-based paints and powder coatings.

Uniform drying and curing is possible! It significantly accelerates the drying process and contributes to increased production efficiency.

Many coating processes require thermal energy, such as water washing and drying, drying of water-based paints, and melting or curing of powder coatings. Excelsius Noble Light (formerly Heraeus Noblelight) medium-wave infrared heaters are particularly well-suited for water-based paint films and are widely used for water-based drying, contributing to cost reduction and quality improvement in production. In other coating processes, infrared heaters penetrate the paint film and heat the entire substrate, enabling uniform drying and curing. **Features of Coating Drying with Infrared:** - Non-contact thermal drying is possible - High thermal transmittance - Wavelength can be matched to the substrate and coating system - Excellent control due to fast response *For more details, please refer to the related links or feel free to contact us.*

  • Heating device
  • heater

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Case study of infrared heater utilization: Powder coating of metal products

Case study of infrared heater utilization: Powder coating of metal products

High thermal conductivity to the coating film allows for fast drying and rapid curing! It improves productivity and finish quality.

We propose a process for paint drying using an electric heater known as an "infrared heater." In a gas cylinder manufacturing plant, replacing gas drying ovens with infrared drying ovens has reduced the installation area of the ovens by 80% and shortened the curing time for powder coating by up to 80%. Infrared heaters have a high thermal conductivity to the coating film, enabling fast drying and rapid curing, which improves productivity and finish quality. [Case Studies of Powder Coating Drying Process for Metal Products Using Infrared] - The curing process for powder coating on steel cylinders is made efficient with infrared heaters. - Manufacturing efficiency is improved with metal housings using infrared heaters. - Optimization of protective varnish drying with infrared heaters. *For more details, please refer to the related links or feel free to contact us.*

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  • Heating device
  • heater

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Case Study of Infrared Heater Utilization: Drying of Printing Inks

Case Study of Infrared Heater Utilization: Drying of Printing Inks

Shorten the time required for the drying process! Smartly solve challenges by combining with an air knife (air).

Infrared is also used in drying, with the representative drying method being convection ovens; however, infrared can compensate for the shortcomings of this method. Infrared heaters reduce installation space by compacting equipment in the printing drying process, thereby shortening the time required for the drying process. Additionally, it is possible to accelerate drying at suitable infrared absorption wavelengths and achieve high energy density. 【Challenges with Convection Ovens】 ■ Water-based compatibility: Challenges in handling high latent heat of vaporization ■ Wind effects: Contamination and disruption of the coating film ■ Surface drying: Quality issues due to the surface drying first *For more details, please refer to the related links or feel free to contact us.

  • Heating device
  • heater

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Heating and drying using infrared heaters in the automotive field.

Heating and drying using infrared heaters in the automotive field.

It leads to increased efficiency in processes such as reducing process time, cutting costs, and saving energy in the automobile manufacturing process!

Heating, drying, thermosetting, thermal welding, bonding, laminating, deburring, etc., heating processes are indispensable in the automotive field. The advantage of Excelsius Noble Light (formerly Heraeus Noblelight) infrared heaters is that they can be flexibly designed to match the very specific production processes of automobiles. Infrared systems optimized for production processes bring high efficiency to the process, including reduced process time, cost savings, and energy conservation. [Main reasons for using infrared heating processes] - Voltage and output can be precisely adjusted - Edges and peripheries can be heated with precision - Infrared heater control is easy with a short response time *For more details, please refer to the related links or feel free to contact us.

  • Heating device
  • Drying Equipment
  • Other heaters
  • heater

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Case study of infrared heater utilization: Heating food

Case study of infrared heater utilization: Heating food

Excellent control, capable of heating only when necessary! Here are examples of its use in food processing.

Infrared heaters are used in food processing processes such as filling chocolate with filling, browning cooked foods, heating for mold prevention in bread, and drying food. Infrared is a non-contact radiation heating method that offers excellent control, allowing for heating only when necessary. At Excelsius Noble Light (formerly Heraeus Noblelight), we propose "infrared heaters" tailored to customer needs for infrared heating and drying processes in food processing. [Case Studies] - Mold prevention measures using infrared to extend the shelf life of bread - Tempering chocolate with carbon infrared heaters - Improving the efficiency of the jam filling process and preserving jam with infrared heaters *For more details, please refer to the related links or feel free to contact us.

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  • Heating device
  • heater

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Case study of infrared heater utilization: Heating of wooden products

Case study of infrared heater utilization: Heating of wooden products

Heating is possible only at the necessary temperature and for the necessary time when needed! Here are examples of its application in woodworking products.

Infrared technology is also used in the processing of wood products. It is utilized as a heating and drying process in many applications such as panel formation, preheating, drying, and coating curing, and Excellitas' infrared heaters can accurately provide heat only where it is needed. The medium-wavelength infrared drying system helps improve the quality of plywood manufacturing. 【Case Studies】 ■ Optimization of powder coating for fiberboard using infrared ■ Improvement of embossing and laminating processing lines using infrared ■ Infrared heaters that contribute to the quality enhancement of plywood products for household use ■ Gelation and curing of wood using infrared *For more details, please refer to the related links or feel free to contact us.

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  • Heating device
  • heater

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Combined with a warm air stove? Auxiliary heating infrared booster.

Combined with a warm air stove? Auxiliary heating infrared booster.

What are the essential benefits of infrared drying ovens that are indispensable for drying processes? Here are some successful case studies of preheating!

The "Infrared Heating Technology Series" is a technical document by Heraeus Noblelight Japan, which deals with industrial special light sources covering the wavelength range from vacuum ultraviolet to medium wavelength infrared. It explains the important elements of infrared heaters as essential heat sources in production processes. [Contents] ■ Why drying time is shortened by the use of infrared ■ Success case: "Efficient manufacturing of aircraft doors with an IR booster and hot air furnace" ■ Success case: "Optimizing paint drying with a combination of infrared booster and electric hot air furnace" ■ Success case: "Improving production efficiency with coat drying using infrared heaters" ■ Success case: "Powder coating of automotive suspension springs: How to improve finish quality with infrared" *For more details, please refer to the PDF document or feel free to contact us.

  • Other heaters
  • Heating device
  • Other processing machines
  • heater

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Presenting the materials! A complete guidebook to read when you need an infrared heater.

Presenting the materials! A complete guidebook to read when you need an infrared heater.

If you are involved in the heating and drying process, please take a look! By reading this, you will understand the types and selection of infrared heaters that you will need. Latest technology materials available.

Infrared heaters are widely adopted in various fields within the industrial sector. For example, in the automotive industry, they are said to be used in over 200 production processes. They have become indispensable for heating and drying processes on the manufacturing floor. Although referred to as infrared heaters, there are various heating methods and types. Therefore, when heating and drying are required, it is important to understand what methods are available, the differences based on the type of heat source, and what kind of heater is suitable for your company's processes. [Content Overview (Partial)] - Types of heating - Types and differences of infrared heaters - Infrared heaters suitable for your company's processes, etc.

  • Heating device
  • Other heaters
  • heater

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Infrared Special Feature Contributing to the Improvement of Productivity in Automotive Parts Production

Infrared Special Feature Contributing to the Improvement of Productivity in Automotive Parts Production

Automate the challenges such as burr removal seen in injection molded parts! What is the infrared technology aimed at improving productivity?

In recent years, the automotive industry has entered a "once-in-a-century transformation period." Centered around CASE: "Connected," "Autonomous," "Shared," and "Electric," there is a growing need to respond to the environmental changes surrounding the industry. Additionally, there is pressure to address labor shortages, the rapid demand for digitalization, and changes in consumer values regarding automobiles. Furthermore, in order to reduce CO2 emissions, the adoption of resin parts is advancing through weight reduction, and there is an increasing demand for "productivity improvement" in manufacturing sites more than ever before. This white paper focuses primarily on the automation of processes in automotive production. As examples of processes, it discusses deburring and wrinkle removal of seat materials, and introduces how infrared technology contributes to addressing these challenges, along with case studies. [Contents] ■ Deburring of automotive parts: Challenges and solutions ■ Wrinkle removal of automotive seats: Challenges and solutions ■ Decarbonization and infrared *For more details, please refer to the PDF document or feel free to contact us.

  • Heating device
  • Interior parts
  • Other heaters
  • heater

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Wire Solder Preheating Heater YPH-10

Wire Solder Preheating Heater YPH-10

The prevention of solder ball scattering for thick wire solder allows for a reduction in work takt time.

This is a device for preheating solder wire so that thick solder wire melts smoothly. It is effective for preventing solder ball scattering, shortening tact time, and extending the lifespan of the soldering tip. It supports a wide range of solder diameters from φ1.0 to 1.6 (φ0.8 is a special specification).

  • Soldering Equipment
  • heater

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Low-cost seat heater surface heater

Low-cost seat heater surface heater

Among sheet heaters, a low-cost type for mass production and low-temperature use.

Various types such as aluminum and non-woven fabric can be produced. Please consult us for a minimum order of 100 pieces.

  • Other heaters
  • heater

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Nozzle heater for injection molding machine

Nozzle heater for injection molding machine

Nozzle heater for injection molding machine

These are various heaters specifically designed for high-temperature nozzles, such as those used in engineering plastics and metal molding machines. For small diameter sections like hot runners, please consider using small diameter nozzle heaters. This is an original product developed using our expertise in ceramic machining.

  • Injection Molding Machine
  • heater

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Soldering pot heater

Soldering pot heater

Soldering pot heater

These are various heaters for soldering baths. They include immersion-type nitride-treated heaters compatible with lead-free solder, high-temperature plate heaters, strip heaters, and fiber heaters that are attached to the outside of the bath. We handle a wide range of heaters for soldering baths and offer custom production to propose efficient heaters tailored to our customers' needs. Please feel free to request even just one unit or one piece.

  • Other heaters
  • Heating device
  • heater

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