CAMSIZER 3D - Particle Tracking Reveals True Morphology

Under the brand name of Microtrac MRB, three worldwide renowned manufacturers of particle analysis instruments have joined forces: Retsch Technology, Microtrac and MicrotracBEL. The product portfolio for particle characterization is the most comprehensive in the world and includes dynamic & static image analysis, dynamic light scattering, laser diffraction and gas adsorption measurement to determine specific surface and pore size distribution.

Microtrac MRB has acquired the Stabino product line from Colloid Metrix, the worldwide standard for the measurement of zeta potential and stability in suspensions and emulsions. Microtrac MRB and Colloid Metrix GmbH announce that effective February 15th, 2022 Microtrac MRB has acquired the Stabino product line from Colloid Metrix. The Stabino has been established as a worldwide standard for the measurement of zeta potential and stability in suspensions and emulsions for many years. “We are excited to continue this great legacy” says Microtrac MRB CEO Markus Pauli. “By integrating the Stabino II as Microtrac Stabino Zeta, this technology will become another essential part of our Dynamic Light Scattering (DLS) Portfolio.” Margret Boeck, CEO of Colloid Metrix states, “Microtrac MRB is a great fit for the Stabino product line. We are confident that the worldwide Microtrac sales and service organisations in combination with the comprehensive Microtrac product portfolio will ensure top of the line support for users.”

Particle analysis is an integral part of the quality control of bulk materials. Various sources of error can negatively influence the results and should therefore be taken into consideration. Various methods are used for particle analysis, the most common being laser diffraction, dynamic image analysis and sieve analysis. Successful analysis and meaningful results can only be achieved if preparatory steps such as sampling, sample division and sample preparation are carried out correctly. The selection of the appropriate method for the sample material and a meaningful evaluation of the measurement data finally lead to a successful particle analysis. This white paper is intended to provide food for thought to make methods for particle characterization more reliable and accurate.