Broken rice (fragmented grains) and rice with cracks can cause sogginess during cooking. Measure the ratio to prevent this in advance.
Broken rice releases starch during cooking, leading to a mushy texture and poor quality. Measuring the ratio of broken and cracked grains during the acceptance inspection of milled rice and before cooking can help avoid problems and complaints during cooking. ◇ Easy operation: just spread it on the tray and insert it ◆ PC software allows you to check image data of each grain (optional) ◇ Widely adopted by rice wholesalers and milling factories nationwide You can verify the accuracy and ease of operation with a demo unit. If you are interested, please contact us.
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basic information
- Just spread the brown rice on the tray and perform visual inspection. - High-speed assessment of 1000 grains in about 40 seconds. - Accurate results through three imaging sessions and a newly developed image engine. - In addition to grain quality, measurements include grain count, length, width, and area for each grain. - Measurement targets: Non-glutinous brown rice, non-glutinous white rice (excluding low amylose rice) * Non-glutinous white rice is optional. - Assessment items: Non-glutinous brown rice: whole grains, immature white grains, colored grains, dead grains, cracked grains, broken grains, odd tea grains, foreign substances, etc. ** The assessment content and display items may vary depending on the settings. Non-glutinous white rice (optional): normal grains, floury grains, foreign grain types, colored grains, broken grains, damaged grains, cracked grains, small broken grains, etc. - Number of grains measured: 800 to 1200 grains. - Measurement time: About 40 seconds per 1000 grains (varies by grain type and variety). About 16 seconds per 1000 grains (when using the data logger software "RDL-01"; varies by grain type and variety).
Price range
P4
Delivery Time
Applications/Examples of results
Brown rice and polished rice
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Measuring instruments help to clearly understand the exact size, scale, condition, and properties of things that we want to know but cannot ascertain. For example, they can measure the microscopic world that is beyond human perception or determine the composition of formless substances. They capture the target accurately and instantly, presenting the information we want to confirm in an easy-to-understand manner. This is essential for maintaining and managing quality, improving safety and economic efficiency, and conducting fair transactions. Measuring instruments perform a crucial role as indispensable tools in any situation where accuracy is required. Many products are adopted as standard measuring instruments in Japan and are useful in various fields. We consider measuring instruments to be an extension of our five senses and continue to provide reliable answers in the form of products, addressing the theme of measurement one by one.
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