Experimental apparatus for high-pressure fields! It can be used for various learning about pressure.
"SEED" is an educational material for science education developed in collaboration with professors from Okayama University of Science. By adjusting the pressure, it is possible to observe the growth and melting of crystals. There are various ways to use it, such as observing the shapes of crystals with different test solutions or attempting to create single crystals. For those interested, we also offer demonstrations on-site, so please feel free to reach out. 【Features】 ■ Anyone can easily experience 1 GPa ■ The device is easy to use in just 3 steps ■ Observation on a computer screen is possible via USB 2.0 ■ By adjusting the pressure, it is possible to observe the growth and melting of crystals ■ There are various ways to use it, such as observing the shapes of crystals with different test solutions or attempting to create single crystals *For more details, please refer to the PDF materials or feel free to contact us.
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basic information
【Instructions】 1. Fit the guide sleeve onto the anvil and fill it with water (test solution). 2. Submerge the gasket in the water (test solution). 3. Attach the anvil disk, lever, and pressure wheel, and turn the pressure wheel. *For more details, please refer to the PDF document or feel free to contact us.
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Various uses ■ For experiential learning for elementary, middle, and high school students at open campus events ■ For science experiments ■ For laboratory information sessions *For more details, please refer to the PDF document or feel free to contact us.
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There are two departments: the diamond processing department and the precision processing department. The diamond processing department processes various diamond materials such as single crystal, polycrystalline, sintered bodies, and CVD. The main methods used are laser cutting, hole processing, and polishing. The precision processing department actively incorporates advanced technologies to perform fine processing of metals and ceramics. Additionally, both departments leverage each other's technologies to achieve advancements such as extending the lifespan of diamond tools and developing diamond knives.