High-temperature heating, tensile compression, on-site observation, atmosphere control as well / CATY-T3H

The "CATY-T3H SYSTEM" is a tabletop high-temperature tensile observation device that allows for thermal fatigue testing while observing the condition of the sample surface in real-time. It employs a dual-swing crosshead design to keep the sample position centered and ensure no changes are missed!

The "CATY-T3H SYSTEM" is a tabletop-sized high-temperature tensile observation device that allows for thermal fatigue testing while observing the condition of the sample surface "on-site," keeping the sample position centered to capture any changes!

We have lined up the heating observation devices and IR image furnaces from Yokokura Manufacturing, used by various research institutions around the world. ▼ Product Lineup ▼ High-Temperature Furnaces 1. Heating observation type "MHO-300-2" - Observe with your microscope! Optional cooling down to -100°C 2. Compact "IR-TPS" - In-situ observation at high temperatures (1500°C) with your microscope 3. Ultra-high temperature heating type "IR-18SP" - Heats up to high temperatures (1800°C) 4. Compact "IR-TP" - Designed to enable various analyses 5. Wide-range high-temperature type "IR-QP" - Offers a wide heating range in the IR series, heating up to high temperatures (1700°C) 6. Wide-range type "IR-HP" - Offers a wide heating range in the IR series, suitable for heating plates, wafers, substrates, etc. Tensile Compression Mechanism 6. Tensile compression mechanism "CATY-T3H" - Simultaneous high temperature, tensile compression, and in-situ observation Please check the details on each product page. We also welcome inquiries for customization to fit your testing needs, so feel free to contact us.

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!