Image granularity analyzer Microtrac PartAN Series

Microtrac Partan Series 3D shape analysis and particle size distribution of particles at the same time

Unlike the existing method, the image particle size analyzer is an image particle size analyzer that can measure the particle size distribution at the same time as the 3D shape analysis of the particles by photographing powder in μm to mm units of all materials in the form of particles with an ultra-high speed camera.
Characteristics · Can analyze wet and dry particle size and SI image particle size in the range of 0.01~2,000㎛ (Optional), 3 laser recruitment in the industry, and use of semiconductor laser to reduce maintenance costs, 163° laser diffraction, A linear detecting system that detects 100% scattered light; A detector with 151 Detector Elements specifications with the highest accuracy in the world; A Modified Mie algorithm that removes the resonance phenomenon that amplifies the highest precision and fine particle size by dividing data into 140 sections; A precision lens that can derive accurate data regardless of particle location; Most organic solvents available:No upgrade required; fast circulation speed gives accurate measurement results regardless of weight; Principle of 3D image particle size analyzer
PartAn 3D Analyzer takes pictures of falling particles with a high-speed camera to provide about 30 morphology data, including the diameter, thickness, and sphericity of each particle, and can schematically map the overall distribution between each data. Microtrac PartAn 3D technology also uniquely rotates transport and falling particles to photograph various positions of particles (Particle Chasing Technology). These techniques enable three-dimensional morphology characterization by obtaining location-specific images rather than a single fragment of particles.
STEP 1 The particles of the input sample rotate through the electromagnetic feeder and fall freely.STEP 2 takes high-speed images of particles (about 100 frame/sec) and tracks individual particles in free fall to take pictures.STEP About 32 items of morphology such as size, distribution, shape, and sphericity thickness of individual particles are obtained through the shape information data (Pixel Data) of all particles taken in STEP 3.