Last Updated： Aggregation Period:Feb 25, 2026～Mar 24, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Feb 25, 2026～Mar 24, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Feb 25, 2026～Mar 24, 2026
This ranking is based on the number of page views on our site.
241～270 item / All 434 items
Far infrared heating device
Futaba's annealing furnace can perform the most efficient annealing treatment thanks to our unique far-infrared heater, which has a proven track record in heating polymer materials, and our original irradiation mechanism developed from years of research and development. The high-speed, high-reliability "Futaba annealing furnace" has received high praise from numerous users.
This is a high-quality plain paper ideal for drawings, line art, and test prints. It offers a good balance of price and quality, making it perfect for cost reduction.
This is a low-cost, high-quality plain paper ideal for drawings, line art, and test prints. It is widely compatible with printers and plotters from various manufacturers. It offers a good balance of price and quality, making it perfect for cost reduction. Many repeat customers use it across a wide range of industries.
Heat the steel rod using an induction heating method that does not use flames! Safely remove the resin that has adhered to the mold.
The "Crystal Fire UHT-320" can safely remove resin that has adhered to plastic mold sprues and molds. It allows for the heating of target metals to the resin melting point in a short time without using a burner. It is ideal for use in molding factories where there are restrictions on the use of open flames or where open flames cannot be brought in. Its compact design allows for one-handed operation, making it easy to bring close to the mold and enhancing work efficiency. 【Features】 ■ Safely removes resin adhered to molds ■ Efficient heating ■ Compact design ■ Reduces work time ■ Avoids risks of fire and occupational accidents (such as burns to workers) *For more details, please refer to the external link page or feel free to contact us.
There are two types of application methods: "direct heating method" and "indirect heating method"! This explains high-frequency induction heating.
"High-frequency induction heating" refers to a method of heating conductive materials by utilizing the magnetic field generated by the flow of high-frequency electric current. This document includes the "principle of high-frequency induction heating," as well as "materials that can be heated," "applications of high-frequency induction heating," and "examples of electromagnetic induction welders." It provides clear explanations using diagrams and tables. Please feel free to download and take a look. [Contents] ■ Principle of high-frequency induction heating ■ Materials that can be heated ■ Applications of high-frequency induction heating ■ What is an electromagnetic induction welder? ■ Examples of electromagnetic induction welders ■ Legal regulations *For more details, please refer to the PDF document or feel free to contact us.
Infrared radiation can be precisely applied to samples in various atmospheres, such as high vacuum or gas flow, allowing for rapid heating without contact.
- The ultra-fast heating GVL298 can reach 1500°C in one minute. - Infrared is introduced into the vacuum chamber from the ICF70 flange of the vacuum system, heating only the sample.
Various heat treatment processes for automobile parts manufacturing are implemented! Here are examples of the application of high-frequency induction heating in the automobile manufacturing process.
Here are some examples of the application of induction heating in the automotive industry. Induction heating, known for its reliability and reproducibility, provides manufacturing processes with high precision and no variation in many heat-utilizing treatments such as brazing, soldering, hardening, and shrink fitting. Additionally, the compact design of induction heating equipment makes it easy to integrate into production lines. [Examples of Heating [Temperature/Time]] ■ Brazing in an inert gas (hydraulic hose assembly): 1204°C/7 seconds ■ Joining (vinyl trim): 260°C/7 seconds ■ Joining (rubber gasket and steel gas intake manifold): 160°C/8 seconds ■ Hardening (rotating shaft): 927°C/2.5 seconds ■ Copper brazing (oil suction assembly): 1010°C/15 seconds ■ Curing (adhesion of aluminum auto trim): 260°C/10 seconds *For more details, please download the PDF or feel free to contact us.
Reducing energy costs! Introducing examples of high-frequency induction heating applications in the automotive manufacturing process.
Here are some examples of the application of induction heating in the automotive industry. By using induction heating for the protective coating applied to automotive brake rotors, energy costs and valuable production time can be saved. Additionally, compactly designed induction heating devices are easy to integrate into production lines. 【Examples of Applied Heating [Temperature/Time]】 ■ Brazing in an inert gas (hydraulic hose assembly): 1204°C/7 seconds ■ Bonding (vinyl trim): 260°C/7 seconds ■ Bonding (rubber gasket and steel gas intake manifold): 160°C/8 seconds ■ Hardening (rotating shaft): 927°C/2.5 seconds ■ Copper brazing (oil suction assembly): 1010°C/15 seconds ■ Curing (adhesion of aluminum auto trim): 260°C/10 seconds *For more details, please download the PDF or feel free to contact us.
![[Induction Heating Application Cases by Industry] Bolt (Screw) Manufacturing](https://image.mono.ipros.com/public/product/image/2001545268/IPROS3578498909502641890.jpg?w=280&h=280)
Introducing examples of high-frequency induction heating applications in screw manufacturing for efficient and precise necessary heating.
Here are some examples of the application of induction heating in the manufacturing of fasteners (bolts, screws, rivets, etc.). In the production of industrial fasteners, processes such as heading and threading often utilize heated forming. Traditionally, heating was done using gas furnaces or flames, which were inefficient in terms of time and energy, and there was variability in precision due to the skill level of the operators. By using induction heating equipment, the necessary heating can be provided efficiently, accurately, and with maximum reproducibility. *For more details, please download the PDF or feel free to contact us.*
High reproducibility! Introducing examples of high-frequency induction heating applied to aluminum brazing.
We will introduce examples of the application of induction heating in aluminum brazing. Aluminum is a lightweight and strong material, used in various parts such as piping components and automotive parts. However, due to its high thermal conductivity and low melting point, it has been said that thermal processing is difficult. ■ High thermal conductivity The thermal conductivity is about three times that of iron. When heating only the desired area, heat can also transfer to other areas, causing distortion. ■ Low melting point The melting point of aluminum is 660°C. In brazing, the melting points of commonly used silver brazing and copper brazing are close to this, requiring advanced skills from experienced workers for aluminum brazing. By using induction heating, which excels in temperature control, and brazing materials specifically designed for aluminum brazing, efficient aluminum brazing becomes possible. *For more details, please download the PDF or feel free to contact us.*
IH in the world of nanotechnology
Induction heating is also utilized for thermal treatment that raises and manages the temperature of nanoparticle solutions in vivo and in vitro. High-frequency induction heating devices that use induction heating power supplies offer adjustable output levels from 1kW to 10kW and configurable frequencies from 150kHz to 400kHz, according to the power and frequency needs required for research. The core magnetic field strength can reach up to 125kA/m. 【Nanotechnology Kit】 The induction heating nanotechnology kit includes the following: ■ Induction heating power supply EASYHEAT: 1kW–10kW, frequency 150kHz–400kHz ■ Three coils designed for thermal therapy: inner diameters: 1", 2.5", 4" ■ Optical fiber temperature sensor (with optional controller) ■ Serial data link cable for PC connection ■ Starter kit: plastic and glass vials, insulating paper *For more details, please download the PDF or feel free to contact us.
Supporting research with high reproducibility and contributing to the fields of science and research through innovative methods.
Induction heating, which provides precise and reproducible heat to very small areas, helps researchers advance their studies, from cancer research to material testing for improving manufacturing methods. *For more details, please download the PDF or feel free to contact us.*
Introduction of examples of high-frequency induction heating applications in the optical fiber cable manufacturing process.
We would like to introduce examples of the application of induction heating in the manufacturing of optical fiber cables. Fast heating times and temperatures below 260°C (500°F) are desired for soldering heat-sensitive optical fibers. However, it is difficult to achieve this with commonly used heating methods such as resistance heating and hot air, making automation for high-speed production not easy. *For more details, please download the PDF or feel free to contact us.*
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.*
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.*
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.*
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.
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.*
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.
![[Information] Unlocking the Potential of New Industries: Microwaves](https://image.mono.ipros.com/public/product/image/3ff/2001086295/IPROS87393525178051809653.jpeg?w=280&h=280)
Reduction of energy costs and improvement of product quality! Information on microwave heating and more.
This document provides an explanation of "microwaves," a type of electromagnetic wave. Considering the environment and achieving significant cost reductions, microwave heating is the industrial standard of the 21st century. We introduce the effects of microwave heating, its applications, basic properties, and the heating mechanisms caused by microwave irradiation. We encourage you to read it. 【Contents (partial)】 ■ What are microwaves ■ Effects of microwave heating ■ Applications of microwave heating ■ Promising fields for microwave heating applications ■ Comparison of electromagnetic waves *For more details, please refer to the PDF document or feel free to contact us.
![Preheater High-Frequency Induction Heating Device PH100 Model [Proton Corporation]](https://image.mono.ipros.com/public/product/image/3a7/2000556164/IPROS61769593902905992923.png?w=280&h=280)
It is compatible with ultra-fine wires from φ0.25mm (0.05mm²) to φ1.5mm (1.38mm²). It is ideal for preheating ultra-fine wires.
Proton's preheater is a device that performs preheating before the cable extrusion process! 【Features】 - With a pulley outer diameter of φ100mm, we have achieved preheating of φ0.25mm (0.05mm²) by minimizing heat loss with a copper alloy pulley! - It follows the line speed, maintaining a constant preheating temperature. - We also have demo units available, so please feel free to contact us.
A compact heating package equipped with high functionality, evolved to the next step.
Next-generation compact heating package equipped with advanced features for further evolution. We propose an efficient heating environment. 【Features】 ○ Compact and lightweight ○ Energy-efficient ○ Expandable ○ Versatile control (output and temperature control, manual and program control) ○ Visibility and operability (large color touch panel adopted) ○ Application examples: alloy production, heat treatment, mold preheating, thermal shock, casting, bonding and joining, thermal cycle testing, etc. ○ Total support for integration into production equipment and interaction with peripheral devices (PLC compatible), vacuum and gas replacement chambers, etc. For more details, please contact us or download the catalog.
An experienced technical staff member will assist you! Do you have any requests such as "I would like to discuss heating applications and challenges"?
Our company offers WEB consultations and sample testing regarding the challenges and mechanisms of induction heating, handled by our technical staff. Do you have any requests such as wanting to know about the features and functions of induction heating, discussing heating applications and challenges, or seeking advice on miniaturization and efficiency of equipment? Please feel free to consult us online. Our experienced technical staff will assist you. 【Do you have any of the following requests?】 ■ Want to know about the features and functions of induction heating ■ Want to discuss heating applications and challenges ■ Want to consult about miniaturization and efficiency of equipment ■ Want to try with actual samples *For more details, please refer to the PDF document or feel free to contact us.
Heater that significantly suppresses oxygen diffusion compared to conventional products, using high-purity materials!
The "MoSi2-based heater" is a product that excels in various performance aspects compared to conventional products by using high-purity raw materials, which enhance the purity of the glassy protective coating formed on the heating element's surface. The high-purity protective coating significantly suppresses oxygen diffusion compared to conventional products, making it less prone to oxidative growth, thereby greatly reducing the cycle speed of "growth ⇔ peeling." Additionally, the overall softening temperature of the heater is high, which helps avoid issues caused by high-temperature deformation. 【Features】 ○ Long lifespan ○ Excellent creep characteristics ○ Excellent pest characteristics ○ Excellent mechanical strength ○ Long-lasting electrode section ○ Disilicide of molybdenum For more details, please contact us or download the catalog.
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.*
![[Delivery Example] Side Step Heating](https://image.mono.ipros.com/public/product/image/c28/2001428525/IPROS66519244211297523337.jpeg?w=280&h=280)
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.
A revolutionary fluid heater that heats gases such as air at high temperatures, changing the heating area of gas burners and the like.
This is a notice about "800X-1" from Kashima Corporation.
It is a revolutionary fluid heater that changes the heating area of gas burners and the like.
The high-temperature fluid heater 800X-1 discharges high temperatures in a short time and, unlike conventional hot air heating heater systems, has a separate gas source, making the heater unit extremely compact. Since it does not produce flames through combustion, it is very safe and clean. The heat source is supported by a special ceramic element made of quartz glass, resulting in a heater with extremely low thermal load. The hot air discharge section uses heat-resistant quartz glass. Please choose from six models according to the shape and installation of the heated object. By combining with a temperature controller, the hot air can be freely set. We also accept custom orders for non-standard and modified shapes, voltages, and capacities. For more details, please contact us or refer to the catalog.
Maximum heating temperature 1400℃! For rapid heating of metals and ceramics, heating and cooling cycle testing.
The "IR-HP2-18" is a high-speed high-temperature heating device that supports non-contact heating up to 1400°C through the concentration and reflection of halogen lamp light. Using a high-power lamp while maintaining the standard IR-HP series furnace body, it significantly improves heating performance and maximum temperature. It comes standard with a large 100mm sample holder, accommodating sample sizes of Φ70mm. Due to its internally sealed structure, it can also handle heating in a vacuum or gas flow, making it suitable for rapid heating of ceramics and metals, as well as high-speed heating and cooling cycle tests. 【Features】 ■ Standard equipped with a large 100mm sample holder ■ Clean heating environment due to lamp heating method ■ Installation of observation window and video recording of heating state is possible ■ Automatic operation from vacuum to gas replacement and heating (optional) *You can view the product documentation for the series in PDF format.
Featuring a variety of products, including a compact reflow device with a length of 780 mm designed for nitrogen compatibility!
We offer a wide range of products, including small heating furnaces (reflow ovens) with a length of 2m or less that are compatible with nitrogen! Antom has been a manufacturer of heating furnaces, primarily reflow devices, for 46 years since its establishment. Our comprehensive catalog features a variety of heating devices, focusing on our specialty in small heating furnaces (reflow). Additionally, we are committed to developing heating furnaces aimed at energy efficiency and space-saving to contribute to environmental conservation and improve our customers' operational efficiency. Based on SMT reflow device technology, we also provide overheating devices used for curing, drying, and screening. 【Example of Featured Products】 ■ Nitrogen-compatible small heating furnace "UNI-6116S" with a total length of 2m or less → Total length 1.6m / 6-zone heating / High-temperature compatible / Nitrogen compatible ■ Curing, drying, and heating device "HAS-1016" → Minimum / Total length under 1m / 1-zone uniform heating For more details, please contact us or download the catalog.
We are looking for 'it might be useful'. Please feel free to contact us.
In recent years, in addition to implementation applications, we have been expanding our presence in the fields of drying, curing, and heat treatment. We have included some applications and specifications in the catalog data. We are looking for words of interest and applications or ideas that might be useful!
