Where you can learn more about Particle Size, Particle Shape, Particle Counting and Concentration, and classification of particle types using Dynamic Image Analysis which is a Flow Imaging Technique.

Discover how particle sizing paired with Dynamic Image Analysis, to determine particle shape, can help you understand powder flow.

The Pi Raptor Portable, is a full featured particle size and shape analyzer enclosed in a ruggedized case for carry-on capability that enables taking a high-resolution particle analyzer anywhere. Having a portable system allows for at-site analysis with remote capabilities.

Particle analysis plays a key role in the pharmaceutical industry in both product efficacy and manufacturing. Particle size can impact the dissolution rate of an excipient or active pharmaceutical ingredient (API) and can impact formulation or tableting of a drug.

Particle characterization is the process of analyzing particles by particle shape, size, surface properties, charge properties, mechanical properties, microstructure and many more measurement parameters.

By having an automated method, such as Dynamic Image Analysis, to give more detail on many shape measurements, including size and correlation to sieve results, enables the end user to transfer older methods (Sieving) to the more automated methods.

Analysis of the same fiber sample using the Pi Sentinel PRO Image analyzer, a proper-shape analyzer with fiber-shape measures, can yield much more information on a high population of particles in just minutes.

Dynamic image analysis can give similar size information as well as many shape parameters for every measured particle. Being a number-based technique also enables concentration and counts of different particle types making this ideal four live in process analysis of raw material particles.

Particle Shape Analysis of Fiber Particles Analysis of fiber particles requires numerous measurement parameters to fully qualify their true shape. Introduction Automated image analysis has been developed to provide users with a more accurate measurement of their particles. For many years, particle size analyzers

The first and most basic report of any particle size and shape analysis comes in the form of a statistical histogram. They are an excellent way to view channelized data in number weighted as well as volume weighted distributions.