Scan700 Particle Size and Shape Counting Analyzer

Analysis scope: Used for particle size and morphology analysis of 2 µ m~20cm particles

Foam particle size morphology analyzer SCAN600Analyze parametersUp to:43 particle size morphology parametersThe statistical results can provide an overview of the overall sample population

(1) Particle shape parameters: equivalent area diameter, screening diameter (inscribed circle diameter), average diameter, Crofton diameter, particle length, particle width, maximum particle length, volume

(2) Particle shape parameters: ISO 9276-6; 7. The 8 specified parameters include ISO roundness, ISO bluntness, ISO compactness, ISO linearity, etc Elongation, aspect ratio, roundness, concavity index, average gray level, gray level, ellipse width, ellipse length, ellipticity, ellipse ratio, ellipsoid elongation, eccentricity, solid product, bluntness, roughness

(3) Particle shape parameters: wear index, crystallinity, porosity, user-defined

(4) Data storage: Oph data storage format can store: particle size distribution, particle size and shape. Percentage independent particle image and grayscale

(5) Data comparison: Can display unlimited multi sample comparison charts

(6) Display charts: particle size distribution chart, particle size percentage, particle shape percentage, average particle shape, 2D scatter plot

， 3D scatter plot, sample image percentage, sample image, independent particle image

(7) Statistical tools: morphology and particle size filtration methods

(8) Microscope mode: There is a manual option to manually set the sample flow rate, observe particles in real-time and display particle parameters, and store required particle images
(9) External data analysis: can input and analyze external data

Scan700 Particle Size and Shape Counting Analyzer

applicationField:Analysis of fiber length and width in textiles, tobacco, etc; Foam analysis of petroleum, polymer, coffee and beer (foam size, shape, dynamics and stability); Can conduct analysis of large pore size and shape, as well as particle counting for building materials, bread, food, etc

Application examples: tobacco analysis, bread analysis, glass substrate analysis