Beyond high temperatures, featuring new technologies, comprehensive catalog of high-temperature heating systems.
Featuring a new infrared concentrator furnace, in-situ observation to uncover the unknown, and numerical techniques for high-temperature material properties.
This catalog is a comprehensive catalog of experimental and analytical devices utilizing the high-temperature heating furnace technology of Yokokura Seisakusho. In addition to a desktop-type IR imaging furnace capable of precise heating, it includes a high-temperature in-situ observation device that enables real-time observation under high temperatures, and system products that quantitatively analyze physical property changes under high temperatures from multiple angles. It supports material development and verification in the fields of metal materials, ceramics, and semiconductors with higher precision and efficiency. Additionally, many new development features are also included. [Included content (partial)] ■ IR imaging furnace ■ Heating observation device ■ Ultra-high temperature laser microscope ■ High-temperature testing device ■ System products *For more details, please download the PDF or feel free to contact us.
basic information
IR imaging furnace with a maximum temperature of 1000 to 1800°C High-temperature micro-observation and analysis device using an IR imaging furnace Measurement device for material properties at high temperatures Customization is also possible according to application.
Price range
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Applications/Examples of results
Field of Metal Materials - Heat treatment simulation under various atmospheres - Corrosion simulation under various atmospheres - Thermal cycle and thermal shock testing - Analysis of phase transitions in metal microstructures - Analysis of melting and solidification processes - Analysis of strength and stress at high temperatures Field of Ceramics and Inorganic Materials - Heat treatment simulation under various atmospheres - Simulation of the sintering process - Analysis of changes in image, shape, and weight during the sintering process - Analysis of melting processes for materials like glass Field of Semiconductors and Devices - High-speed annealing of various wafers - Thin film formation simulation - Analysis of solder melting and mounting processes - Analysis of joining processes such as brazing Many other examples are available! Please feel free to contact us!
