principle

The strobe light emitted from the strobe light source is passed through a beam expander to obtain parallel strobe lights. In the testing area, the strobe lights are irradiated onto dispersed individual particles. Through a patented optical imaging system, clear images of each particle and the particle size distribution of all samples are obtained.

characteristic

The patented optical path design ensures that the imaging size is independent of the object distance

The patented strobe light source and high-speed imaging system, combined for the first time with an efficient dispersion system, can obtain clear images for each particle

The flicker time interval t ≈ 1 ns (i.e. the flicker rate is about 109 times/second), and the light source frequency can be adjusted according to the shutter frequency of the fast CMOS camera (1-500Hz). The fast CMOS camera can capture up to 500 frames of images per second, with a pixel size of 1024 × 1024 (10x10 μ m2) and a grayscale of 256 (8-bit)

Data transmission and processing system: real-time transmission and processing of large amounts of data (500Mbyte/s at 500 images/s, 1 Mpixel, 8-bit)