The BEVS 3168H Automated Particle Analyzer is suitable for measuring the particle fineness of various materials such as coatings, pigments, and even coatings with special effects, such as transparent liquid materials and metallic paints. One-key measurement technology can automatically scrape the fineness plate and automatically analyze the fineness measurement results. The powerful measurement and analysis software can greatly improve the accuracy and efficiency of the measurement. The BEVS 3168H Automated Particle Analyzer is widely used in coatings, resins, pigments, polymers, titanium dioxide, cosmetics, pharmaceuticals, food, electronic materials, chip materials and other fields.

The Automated Particle Analyzer mainly adopts visual imaging artificial intelligence big data technology. Its working principle is: the Grind Gauge is scanned by a high-resolution camera. The camera and the plane of the Grind Gauge keep a fixed angle and move horizontally. The measuring light is irradiated on the Grind Gauge of the coated sample. There is a difference between the reflected light of the smooth surface and the reflected light of the rough surface. Therefore, the undispersed coating particles collected by the camera are displayed as a light spot. The camera is focused on the entire line in the width direction of the Grind Gauge. By moving horizontally, the entire image is scanned and collected within three seconds. Through data processing and algorithm analysis, the particle size distribution bar graph and particle number of the granular material are obtained, thereby obtaining the fineness rating result. Any abnormal points in the image analysis during the period, such as bubbles or dust, will be ignored, thereby improving the measurement stability.