These instruments can therefore detect and characterise millions of individual particles in only a few minutes.
#Particle size analysis by laser diffraction instrument iso#
Modern DIA solutions (conforming to ISO 13322-2) such as Microtrac MRB's CAMSIZER range are capable of analysing hundred of images per second in real time. Microtrac MRB manufactures and supplies high-quality and affordable instruments for any of the five commonly used processes – dynamic and static image analysis, laser diffraction, DLS and sieving (via our sister company Retsch).įor particles ranging in size from 0.8 µm to 135 mm, Dynamic Image Analysis (DIA) offers a high-quality alternative to the particle size analysis via sieving or by laser diffraction.
Today, three different particle sizing methods are commonly applied in laboratories and organisations around the world.
Meeting industry requirements, particle size analysis has rapidly evolved from milling, sieving and other material processing techniques in recent years to speed up the particle characterization process while ensuring complete accuracy every time. The most common methods that are used today to determine the particle size are dynamic image analysis (DIA), static image analysis, static laser light scattering (SLS, also called laser diffraction), dynamic light scattering (DLS) and sieving. Particle size analysis is therefore a standard procedure in many quality control and research labs to ensure the highest quality final product.
Particle size analysis visualizes and measures particle size distribution where every particle has a specific shape and volume with certain sizes and shapes being optimal for a specific process.
0 kommentar(er)
