OCT-equipped heating observation imaging furnace internal structure visualization system
OCT-equipped heating observation imaging furnace
Contributed to research on changes in the internal structure of ceramics! Direct observation of changes in internal structure at high temperatures.
The "OCT-equipped heating observation imaging furnace," which can directly observe changes in internal structures at high temperatures, has contributed to the study of changes in the internal structure of ceramics. It is a compact observation device that utilizes a focused heating method and is equipped with OCT (Optical Coherence Tomography) for internal observation. ◆ Key Points ◆ - Internal structure observation at high temperatures In-situ observation up to MAX 1800℃ - Understanding weight and thermal changes Clarifying the relationship between internal changes and temperature/weight changes - Excellent operability and controllability Data acquisition combining weight changes with temperature OCT is a technology that uses infrared laser light to visualize the interior of materials. It can be applied to materials such as ceramics and resins that allow infrared light to pass through. For more details, please refer to the catalog or contact us.
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【Specifications】 ■ Model Number Heating Observation Image Furnace with Electronic Balance "IR-TPTG" ■ Heating Furnace Temperature Range: RT~1200℃ Heating Rate: MAX 30℃/sec Heating Method: Infrared Dual Elliptical Focusing Heating Furnace Body Cooling: Cold Water (Tap Water or Chiller) Power Supply Capacity: Single Phase 200V 10A Sample Holder: 20×20 mm Ceramic Plate ■ Electronic Balance Resolution: MIN 0.001g Maximum Weighing Capacity: 620g ■ Observation System OCT Device Microscope, etc.: Please inquire *Specifications are subject to change without notice.
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Applications/Examples of results
1) Observation of Internal Structure at High Temperatures (In-situ observation up to 1800℃) This is an internal observation device equipped with OCT (Optical Coherence Tomography) designed in a compact manner using a concentrated heating method. Using this device, a research group from Yokohama National University and Kanagawa Prefectural Institute of Industrial Technology successfully observed the internal structural changes of ceramics during sintering at high temperatures for the first time in the world. 2) Understanding Weight and Thermal Changes (Clarifying the relationship between internal changes and temperature/weight changes) A heating observation furnace equipped with an electronic balance acquires data on the temperature and weight changes of samples during sintering. By comparing OCT images, it is possible to clarify the relationship between internal changes and temperature/weight changes. 3) Excellent Operability and Controllability (Data acquisition combining weight changes with temperature) The thermal device has a vacuum chamber structure, achieving a vacuum level of 10^-3 PA, and is compatible with inert gas and reducing atmospheres. It allows for rapid heating and cooling up to 1800℃ at a rate of 1500℃/SEC. With excellent temperature control, programming within ±1℃ is possible.
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![IR Image Furnace [High-Temperature Heating Experiment Device] Comprehensive Catalog](https://image.mono.ipros.com/public/catalog/image/01/50c/237180/IPROS04100766072426658842.jpeg?w=120&h=170)
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Company information
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.
