FD-BLH-3200K
Yes
1year
Tester
1
Electronic Load
Dynamic Load
Digital
Computer Control
0-100Kg
AC220V
Automatic Vibration Feeding
Grain Rice Brown Rice Rice
10-50g
>98%
Standard Export Packaging
Small size
China
Product Description
Harnessing the power of advanced technology, our High Precision Grain Particle Detector elevates quality control to an unprecedented level. Utilizing state-of-the-art vibration feeding mechanisms, each rice grain undergoes a meticulous double-sided evaluation. This sophisticated process is orchestrated by a neural network model (A) combined with non-Al parameter-setting methodologies. As grains pass through, a high-speed camera captures and segments each one, with rapid processing through a high-performance graphics card to derive preliminary digital parameters. These parameters are expertly refined to assess the grain's quality attributes, including but not limited to: whole grain rate, white grain rate, half-turn to white grain rate (1/2), whiteness, yellow grain presence, fragmentation level in broken rice, and size classification such as large grain type. This ensures flawless quality control, safeguarding your product's excellence.
We offer comprehensive detection modules for rice, wheat, and rice with a unique advantage: complimentary perpetual software upgrades for both Japonica and Indica rice modules, secured by a manufacturer-verified commitment letter. This commitment guarantees that your systems remain cutting-edge and adaptable to the latest advancements, ensuring your operations benefit from continuous innovation and exceptional performance without additional costs.
·Grain sampling method:Automatic vibration feeding |
·Detection method:By detecting particles one by one and performing GPU fast calculations, the quality is judged |
·Available testing items:Grain rice, brown rice, rice |
·Test weight:10-50g |
·Accuracy basis:GBT35865-2018 |
·Degree of accuracy:>98% |
·Power:Power not exceeding 800W |
·Other functions:Self cleaning observation board, printing function, data query |
