IR-18SP High-Temperature Observation Stage for Microscopes
Real-time observation of ultra-high temperatures! A system that enables high-speed heating and cooling, allowing for the observation and recording of behavioral changes in real-time to fulfill your desire to see "now."
The high-temperature observation stage "IR-18SP" for microscopes is a product that allows for the heating observation of samples placed on a microscope stage. Despite its compact furnace body, it can achieve rapid heating from room temperature to 1500°C in just 30 seconds, and it enables ultra-high temperature heating up to a maximum temperature of 1800°C. 【Features】 ■ Capable of high-temperature heating up to 1800°C ■ Simple structure for easy maintenance ■ The furnace itself has a hermetic chamber structure, allowing heating in a free atmosphere ■ High-speed response enables precise temperature control ■ Allows for "in-situ observation" with microscopes, endoscopes, and laser microscopes ■ Capable of recording and analyzing videos linked to temperature ■ Compact and usable on a tabletop It is compatible with metal microscopes, endoscopes, laser microscopes, etc., and systems utilizing existing microscopes can also be proposed.
basic information
□ Basic Model Stage Body: IR-18SP Temperature Controller: YTC-3030PF Chiller Unit: Cooling capacity approximately 1.2kW (with flow sensor) □ Specifications Furnace Body Heating Range: 150–1800℃ Atmosphere: Air, Gas Flow, Vacuum Achievable Vacuum Level: Approximately 1Pa Sample Holder: Alumina Cell Φ9×4tmm Thermocouple: R Thermocouple □ Others Safety Mechanism: Furnace Body Temperature Sensor (other options available) Stage Body (Dimensions): 280W×190H×130D mm Temperature Controller (Dimensions): 160W×230H×330D mm Stage Body (Weight): Approximately 6kg Temperature Controller (Weight): Approximately 6kg
Price information
Please contact us.
Delivery Time
Model number/Brand name
IR-18SP
Applications/Examples of results
Melting and solidification of metals and glass / Microstructural changes in metals / Sintering of ceramics, etc. Target materials: Metals / Semiconductors / Ceramics / Glass / Inorganic materials / Carbon, etc.
Related Videos
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"IR Series High-Temperature Furnace Brochure Now Available" Maximum 1800℃ / High-speed Heating and Cooling / Temperature Control Performance [with Observation Video] Suitable not only for observation during heating but also as a heating furnace.
The concentrated heating furnace "IR Series" is used in various research facilities around the world and is flexible in accommodating customizations. ▼ Features of the IR Series ▼ The rapid heating performance and superior temperature control, along with information from the observation port, significantly shorten heating experiment times and facilitate the screening of optimal heating conditions, contributing to improved efficiency in material development tasks. ▮ Rapid Heating and Cooling & Temperature Control Performance With a heating rate of approximately 50°C/sec using concentrated heating, rapid cooling is possible with the heating lamp turned off. The temperature control performance achieves a temperature control accuracy of ±1°C through high-speed PID control of the heating lamp volume in relation to the temperature program. ▮ Compatibility with Various Atmospheres All furnaces adopt a vacuum chamber structure and allow for gas replacement. They are compatible with heating under high vacuum, inert gas, reducing atmospheres, and humidified dew point control atmospheres via bubbling. ▮ Easy Experimentation and Observation The compact and energy-efficient design does not require a specific installation location. Due to the fast heating rate, there is no need to preheat the furnace, allowing experiments to be conducted whenever desired. ▼ Other Detailed Features ▼ - Real-time observation during heating - Clean Please check the related links for observation videos and examples of observation screen transitions!
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≪IR Series High-Temperature Furnace Brochure Now Available≫ Maximum 1800℃ / High-Speed Temperature Rise / Temperature Control Performance [With Observation Video] Suitable not only for observation during heating but also as a heating furnace.
The concentrated heating furnace "IR Series" is used in various research facilities around the world and is flexible in customization. ▼ Features of the IR Series ▼ The rapid heating performance and temperature control superiority, along with information from the observation port, significantly shorten heating experiment times and facilitate the screening of optimal heating conditions, contributing to improved efficiency in material development tasks. ▮ Rapid Heating and Cooling & Temperature Control Performance With a heating rate of approximately 50°C/sec using concentrated heating, rapid cooling is possible with the heating lamp turned off. The temperature control performance achieves a temperature control accuracy of ±1°C through high-speed PID control of the heating lamp volume in response to temperature programs. ▮ Compatibility with Various Atmospheres All furnaces adopt a vacuum chamber structure and allow for gas replacement. They can accommodate heating under high vacuum, inert gas, reducing atmospheres, and humidity control atmospheres through bubbling. ▮ Easy Experimentation and Observation Compact and energy-efficient, it does not require a specific installation location. Due to the fast heating rate, there is no need to preheat the furnace, allowing experiments to be conducted whenever desired. ▼ Other Detailed Features ▼ - Real-time observation during heating - Clean Please check the related links for observation videos and examples of observation screen transitions!
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Experience high-temperature measurements up to 1700℃ and experiments under controlled atmospheric conditions! We invite you to try high-temperature observations using the demo unit from the IR series, which represents Yonezawa Manufacturing, including heating, atmospheric control, and oxidation experiments.
- Metal / Filler Material / Ceramic / Solder / Glass, etc. - This measurement allows you to experience high-temperature observation using a demonstration unit of the "IR Series" concentrated heating furnace, which represents the test equipment manufacturer Yokokura Seisakusho. Due to its sealed structure, the IR Series furnace can achieve a maximum temperature of 1700°C under controlled atmospheric conditions, as in the case of the IR-18SP. You can capture real-time changes in the test subject by checking videos of actual experiments and the test program. *Please note that the equipment used is a demonstration unit, and we may not be able to accommodate requests depending on the circumstances, so please contact us for details. *There may be variations depending on the thermal capacity of the test specimen. ▼ Features of the IR Series ▼ The rapid heating performance and superior temperature control, along with information from the observation port, significantly shorten heating experiment times and facilitate the screening of optimal heating conditions, contributing to improved efficiency in material development tasks.
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"Heating furnace" up to 1800℃ / high-speed temperature rise and fall / temperature control performance [with observation video] not only for observation during heating but also as a heating furnace.
The concentrated heating furnace "IR Series" is used in various research facilities around the world and is flexible in accommodating customizations. ▼ Features of the IR Series ▼ The rapid heating performance and superior temperature control, along with information from the observation port, significantly shorten heating experiment times and facilitate the screening of optimal heating conditions, contributing to improved efficiency in material development tasks. ▮ Rapid Heating and Cooling & Temperature Control Performance With a heating rate of approximately 50°C/sec using concentrated heating, rapid cooling is possible with the heating lamp turned off. The temperature control performance achieves a temperature control accuracy of ±1°C through high-speed PID control of the heating lamp volume in relation to the temperature program. ▮ Compatibility with Various Atmospheres All furnaces adopt a vacuum chamber structure, allowing for gas replacement. They can accommodate heating under high vacuum, inert gas, reducing atmospheres, and humidity control atmospheres through bubbling. ▮ Easy Experimentation and Observation Compact and energy-efficient, they do not require a specific installation location. Due to the fast heating rate, there is no need to preheat the furnace, allowing experiments to be conducted whenever desired. ▼ Other Detailed Features ▼ - Real-time observation during heating - Clean Please check the related links for observation videos and examples of observation screen transitions!
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Material Testing Machines: From Basic to Complex Customization [Production Achievements Currently Listed] ◎ Utilizing Know-How for Custom Testing Machines ◎ Supporting Testing and Research with Material Testing Machines [Impact/Fatigue Durability/Tensile/Torsion Testing Machines, etc.] Information Updated.
We have compiled some of the achievements in the creation of material testing machines by Yonezawa Manufacturing into an article! Here’s a brief introduction to some of the content! For the full text, please refer to this article. ▼Examples of Testing Machine Manufacturing▼ The descriptions are just examples. For details, please check the individual pages or feel free to contact us. Customization is also available. 1. Impact Testing Machines - Charpy Impact (...) for metals, non-metals, and plastics - Drop Weight Impact (...) for metals, non-metals, plastics, carbon fibers, textiles, and automotive-related materials 2. Fatigue Endurance Testing Machines - Creep (...) for metals, ceramics, carbon fibers, plastics, and wires - Pulley Fatigue ... - Torsional Fatigue for metals and plastics - Friction Wear (...) for metals, ceramics, carbon fibers, and plastics 3. Other Material Testing Machines - Universal Testing Machine (...) for metals, ceramics, carbon fibers, plastics, and wires - Static Torsion Testing Machine for plastics, rubber, etc. □Information on Standards and More□ 1. Impact Testing Machines - Charpy Impact: JIS B7722… - Drop Weight Impact: JIS B7756… 2. Fatigue Endurance Testing Machines - Creep: JIS K 7115… - Pulley Fatigue: JIS B1863… - Friction Wear (...) 3. Other Material Testing Machines - Universal Testing Machine: Z2241… - Static Torsion Testing Machine
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Mikyo Manufacturing provides a consistent production system that develops, designs, manufactures, and supports testing machines and measurement devices tailored to the objectives and applications of customers in fields such as material research and development, as well as in accordance with material testing standards and methods. The testing machines that respond to requests from various major manufacturers and research institutions are mostly customized products. When measuring the durability of new materials, they are completely made-to-order. We also pay attention to the "usability," which varies depending on the installation location and users, and we adjust the testing machines to ensure they are optimal for each customer.