Last Updated： Aggregation Period:Dec 17, 2025～Jan 13, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 17, 2025～Jan 13, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 17, 2025～Jan 13, 2026
This ranking is based on the number of page views on our site.
46～60 item / All 1472 items
Would you like to transform "good molten soup" into "delicious molten soup" packed with even more delicious value?
"Eco Under" is the latest advanced model in the Al Under series that you can use with confidence! It is a high-quality, environmentally-friendly next-generation holding furnace proposed by Under Heater. For more details, please contact us or download the catalog to take a look.
The metal retort external heat method improves sealability and reproducibility of the furnace atmosphere!
TOUVAC (TOUnetsu VACuum furnace) is a vacuum furnace proposed by Tounetsu, specializing in industrial furnaces, which adopts the external heat method for metal retort. Ideal for radiant heat treatment of various materials!
Uniform heat treatment has been achieved! A rotary heat treatment furnace incorporating Tōnetsu's heating technology.
The "Rotary Heat Treatment Furnace" is a product that incorporates our heating technology. By changing from the conventional batch type to a rotary type, it has become possible to uniformly heat treat each individual product. Additionally, by effectively utilizing vertical space, we have also achieved space-saving benefits. 【Features】 ■ Uniform heat treatment of each individual product ■ Effective use of vertical space ■ Space-saving design *For more details, please refer to the PDF document or feel free to contact us.
A heat treatment furnace that allows for the hardening of precision machine parts, mold parts, tools, jigs, etc., in a short time and easily by anyone!
The heating chamber and oil tank are integrated into a fully sealed structure, allowing for oxidation-free quenching. Additionally, once the workpiece is inserted onto the furnace floor, the process automatically performs <slow heating> ⇒ <rapid cooling> until the quenching is complete, indicated by a buzzer. The heating program, created from a wealth of data, along with uniform heating, uniform cooling, and vertical quenching, achieves stable quenching with minimal distortion. Heat treatment of various small quantities and precision parts can be easily performed in-house, and it is also widely used in overseas factories.
A tempering furnace for molds and tools that utilizes steel and extends lifespan.
Molds and tools need to undergo tempering after hardening, and the quality of the tempering can significantly affect the lifespan of the molds, potentially increasing it several times. The RBM type has a wide usage temperature range of 100 to 550°C, allowing for various low and medium temperature heat treatments! Additionally, it is used not only for tempering but also for stress relief after welding, annealing, and heating shrink fitting processes. *There is also a high-temperature specification RH type that can handle tempering of hot work die steel and high-speed steel. 《Purpose of Tempering》 ▶ To remove internal stresses caused by hardening and prevent cracking ▶ To stabilize unstable hardened martensite and prevent time-dependent deformation ▶ To temper to an appropriate hardness for the application, providing toughness ▶ Effective for high-temperature tempering of SKD molds and preventing cracking during wire-cut electrical discharge machining ▶ High-temperature tempering helps prevent dimensional changes at elevated temperatures and improves resistance to heat checks.
Automatic cooling after heating! Set the desired number of times for tempering (reheating) to be repeated, and it will be executed automatically!
For the tempering of die steel (SKD) and high-speed steel (SKH), performing two or more repeated tempering can restore toughness and reduce residual stress. However, in conventional furnaces, this operation was done manually, which was labor-intensive and time-consuming. The "TAF type" automatically repeats heating → cooling → heating when the workpiece is set, allowing for nighttime operation without the need for manual labor, thus contributing to a reduction in lead time. 【Features】 ■ Automatic repeated tempering function 1st time: Improvement of toughness, secondary hardening, reduction of residual stress, decomposition of residual austenite, generation of new martensite 2nd time: Tempering of new martensite, reduction of residual stress ■ Operation is via a touch panel, allowing for easy programming ■ Automatically repeats heating → cooling → heating when the workpiece is set ■ Requires no manual labor and can operate automatically at night *For more details, please contact us or view from "Download Catalog."
![[Free Giveaway!] Technical Document "Copper Alloys for Pressing and Their Heat Treatment"](https://image.mono.ipros.com/public/product/image/3c2/62625023/IPROS11490775509418178776.jpg?w=280&h=280)
We are offering technical materials that include information on the types, applications, properties, and heat treatment methods of copper alloys for press applications, which are rarely known in the press industry!
We are currently offering a technical document summarizing the heat treatment of press copper alloys for engineers and skilled workers involved in the processing of press copper alloys. 【Contents】 ■ Types of press copper alloys ■ Pure copper, brass, and phosphor bronze ■ Nickel silver and beryllium copper ■ Horizontal bright heat treatment furnace for small parts *For more details, please contact us or view from "Download Catalog."
Technical documentation summarizing the fundamentals of heat treatment, unique to a heat treatment equipment manufacturer!
Technical Data Booklet "– For Designers – This is How I Want Heat Treatment of Structural Steel to Be Done" This booklet summarizes the basics and outlines of heat treatment for those who are beginners in heat treatment and are considering in-house production, as well as for mechanical designers, production engineers, and managers who are not specialized in metal heat treatment. By reading this, you will gain an understanding of the overview of heat treatment for structural steel, which will definitely be useful in machine design and parts manufacturing. ◆ Table of Contents ◆ 1. Representative Steel Grades for Mechanical Structural Steel 2. Sequence of Heat Treatment Processes 3. Annealing 4. Hardening 5. Tempering 6. Quenching and Tempering 7. High-Frequency Hardening 8. Carburizing Hardening 9. Nitriding
It is ideal for radiant heating of electronic components and precision machine parts that require high quality, as well as for heat treatment of reel materials and pipe materials.
The RAV type opens and closes the front side doors to facilitate the loading and unloading of workpieces, making it easy to operate. It is a compact system that integrates a heating furnace, cooling device, and vacuum equipment. After reducing pressure with a vacuum pump, clean atmosphere gas is introduced for heating, allowing for more complete air replacement in the furnace in a shorter time, while significantly saving on purge gas usage! It uses gas atmospheres such as hydrogen, nitrogen, and argon, and ensures a uniform temperature distribution through hot air circulation. It features programmed heating and a forced cooling mechanism after heating, enabling efficient unmanned automatic operation. *For more details, please download the catalog or contact us.*
The basics of heat treatment for SUS products in this one book!
This is a technical document on heat treatment of stainless steel products. It summarizes the overview and fundamentals, as well as the heat treatment methods for various types of stainless steel, all in one book.
Energy-saving structure! Space-saving compact tempering furnace that supports the processing of high-precision springs.
The "CS-50D/100D" is a conveyor-type tempering furnace designed for space-saving installation that is suitable for direct connection with processing machines. By directly connecting with processing machines, it prevents foreign matter contamination and deformation, supporting the production of high-quality springs. The newly designed furnace structure achieves over 20% energy savings compared to conventional models. Additionally, direct operation with our orange stocker "OS-D series" allows for long hours of unmanned operation. 【Features】 ■ Supports the production of high-quality springs through line integration of processing processes ■ Space-saving design that does not require much installation space ■ Energy-efficient structure ■ Achieves high-quality tempering ■ Adopts a forced convection method with a stirring fan *For more details, please refer to the PDF materials or feel free to contact us.
Ideal for the production and development of new materials.
This device is a multipurpose experimental furnace that allows for uniform heating of various shapes of target samples using a heater in a vacuum and inert gas atmosphere, as well as pressure treatment up to 5 tons using a hydraulic press. 【Specifications】 - Heating temperature: Normal use 600℃ - Heater: Molybdenum resistor - Effective dimensions: 150 diameter × 170 length - Uniform heating section: 130 diameter × 100 length ±10℃ (in non-pressurized VaC) - Temperature control: Digital programmable PID method - Recorder: 6-point, 100 mm width - Pressurization force: Total pressure 0.4 to 2 tons - Mini cylinder switching: (0.035 to 0.2 tons) - Pressurization stroke: 40 mm - Achievable pressure: ×10^-6 Torr (in vacuum, at room temperature) - Exhaust system: Oil diffusion pump DPF-3 inch, oil rotary pump 200 L/min - Vacuum gauge: Pirani, ion vacuum gauge, compound gauge - Utility: Electric AC 200V, 3-phase 9KVA 50HZ - Cooling water: 10 L/min or more, 2 kgf/cm²G, below 25℃ - Inert gas: High purity gas (99.99% or more) *For more details, please download the PDF or contact us.
Multipurpose high-temperature furnace
Specifications Temperature: Normal use 2200℃, maximum 2300℃, maximum in vacuum 2200℃ Heating time: Room temperature to 2200℃ in 60 minutes Vacuum level: Achieves 5×10^-5 Torr Sample case: Sintering φ150×φ130×120H Mold: Hot press φ60×120H, isotropic graphite Pressure: Atmospheric pressure 9.5 kg/cm², total hot press pressure 10 TON Temperature control: Thermocouple, monochrome temperature detection digital, program PID control Recording: 3-PEN recorder (temperature, press pressure, sample thickness displacement) Heating: Graphite resistance heating element, 40KW Cooling water: 50L/min, 2-4 KG/cm², below 32℃
Metal sample two-stage temperature heat treatment furnace
Specifications Single-stage furnace max Temp 1000℃ (transparent electric furnace) Type A Double-stage furnace max Temp 1200℃ uniform heating area 40×80 (infrared gold image furnace) Achievable pressure ×10-5Pa TMP 160L/sec RP 162L/min Temperature controller, recorder, Pirani gauge, ionization vacuum gauge
Small vacuum arc melting furnace
This device is designed to produce various metal materials through arc melting in an argon gas atmosphere (under reduced pressure). 【Features】 ■ Economy type suitable for development and research ■ Compact and low-cost ■ Easily melts master alloys and other materials 【Applications】 Magnetic materials, thermoelectric materials, battery materials, biomaterials, micro-machines, recycling
