Brief introduction: BT - 2900 dry image size grain shape analysis system is mainly used in the coarse, granular size grain shape analysis of the materials. It USES electromagnetic vibration feeding system, high brightness LED light source array, imported high-speed CCD, small difference telecentric lens advanced hardware technology, such as the particles randomly shooting through the lens in the process of free falling particle image, while shooting images of computer software to quickly identify and handle of particles, each particle images displayed on the screen in real time and granularity grain shape data. Due to high-speed CCD, up to 100 frames per second, can shoot and deal with tens of thousands of particles per minute, and the image processing software can automatically judge and extract adhesion particles, these techniques greatly increase the speed of particle image analysis, precision and accuracy. Technical parameters: Measuring range: 0.03 to 10 mm Repeatability error: < 3% Accuracy error: < 1% The test speed: 10000 / min Output: the distribution of original parameters, analysis of data and graphics Lens magnification: 0.3 to 2 times Sample usage: 10-200 grams Light source: high brightness LED light source array High-speed cameras: import, imaging speed 150 frames per second Analysis: particle size, particle size distribution, typical values, etc; Grain shape, length to diameter ratio, circular degree, etc
Brief introduction: BT - 2900 dry image size grain shape analysis system is mainly used in the coarse, granular size grain shape analysis of the materials. It USES electromagnetic vibration feeding system, high brightness LED light source array, imported high-speed CCD, small difference telecentric lens advanced hardware technology, such as the particles randomly shooting through the lens in the process of free falling particle image, while shooting images of computer software to quickly identify and handle of particles, each particle images displayed on the screen in real time and granularity grain shape data.
