Big Vision for Small Particles

BeVision S1 Big Vision for Small Particles Features and Benefits · Measurement range: 1 - 3,000 The BeVision S1 offers an easy solution to measure and analyze 24 different particle size and shape parameters · Results in compliance with budget - friendly solution for your particle analysis · Optional models for different applications Powerful software eases your work Customizable reports for different evaluation options the size and shape of particles in a range of 1 - 3,000 μm. It is easy to use while staying reliable and accurate. The BeVision software offers 24 different particle size and shape...

Why Image Analysis Method? Why Static Image Analysis Method? Clear vision Capture an image of particles, identify particles, then measure In static image analyzers, precision microscopes and their size and shape. Every step of image analysis is easy and clear. high-resolution cameras are specialized for high - quality particle images. Shape analysis Undersized particle sensitivity Based on a direct view of particles, it is possible to analyze not only the size of particles, but also their shape. The static image analysis method is sensitive to undersized particles; it is even possible to estimate...

BeVision S1 Optional Models Particle Size and Shape Parameters Transmitted light illumination (Standard model) Size parameters Equipped with a transmitted light source, the BeVision S1 can observe and analyze particles effectively for most applications. The standard model BeVision S1 is widely used in different industries, e.g., chemicals, minerals, ceramics, and polishing agents. Equivalent diameters: perimeter-equivalent diameter Feret diameters: maximum and minimum Feret (“length”) diameters, ݒٰݑӰݑ ("length") Martin diameters: maximum and minimum Martin diameters Legendre ellipse: Reflected...

Reproducible measurements BeVision Software: Visualized Insights for You To ensure a reproducible result, the BeVision software can make a measurement automatically, following a saved standard operation procedure (SOP). Distribution curves and charts present particle size and shape The BeVision software offers statistics and distributions, and the scattering plot shows the relationship typical values to describe particle size and between two different particle size and shape parameters. All shape distributions, e.g., the D[1,0], span these charts, curves, and tables are customizable. value, and...

Application Cases Glass beads Starch granules of Treculia africana Pharmaceutical lipid emulsions Glass beads are widely used in construction, traffic paint, Just like other micro particles in the field of biology Images provided by the BeVision S1 are persuasive support for the particle size distribution results of other sizing methods. sandblasting, etc. In this case, both size and shape of glass research, starch granules from different botanical sources Here, the particle size distribution curves from the Bettersizer 2600 show the trend of the particle size distribution of lipid beads affect...

General Measuring principle Static image analysis method Particle size, shape, and number Measurement performance Measuring range Typical measurement time Number of size/shape classes Special functions SOP settings, analysis of saved images Main device Optical lens Light source White light LED, Halogen lamp (optional) System parameters Dimensions (L × W × H) Supply voltage Software Conformity Customizable reporting * Sample and sample preparation dependent BT - 910 powder disperser Dimensions (L × W × H) Supply voltage www.bettersizeinstruments.com [email protected] Visit Our BeVision S1 Site:...