Effortless Particle Size Analysis – See the Difference

The Litesizer DIF 500 was designed to make laser diffraction analysis as simple and intuitive as possible, without compromising precision.

In this webinar, we’ll explore how every aspect of the instrument and its workflow was engineered for true user accessibility, including:

Quick-Click Measuring Modules

• Learn how the Quick-Click system allows you to switch seamlessly between liquid and dry dispersion in a single motion—no cables, tools, or complex setup required.

Modular Design

• See how the modular design streamlines cleaning and maintenance, helping you move from one sample type to another in minutes.

Intuitive Software

Kalliope™ software makes comparing datasets, reviewing trends, and reporting results effortless, thanks to its one-page workflow and smart QC tools.

Widest Particle Size Range

• With a range from 10 nm to 3.5 mm and best-in-class optical components, the Litesizer DIF is designed for precise, accessible measurements that enable accurate analysis of both small particles and complex mixtures.

Whether in R&D, quality control, or production, the Litesizer DIF 500 removes the typical barriers to efficient particle size analysis.

See for yourself how we have simplified every step, from setup to cleaning to data evaluation, to deliver an effortless and accurate particle size analysis experience from start to finish.

Presenter: Brian Rodenhausen

Dr. Brian Rodenhausen is the Principal Application Scientist in the Particle and Porous Materials Characterization group at Anton Paar USA. He has over a decade of experience teaching users the theory and practice of analytical instruments, as well as advising them on the design of experiments and interpretation of results. His research background focused on label-free characterization of asorbate layers at the solid-liquid interface. He received his Ph.D. in chemical engineering from the University of Nebraska-Lincoln (UNL) and did post-doctoral work at UNL and the Leibniz Institute of Polymer Research in Dresden, Germany.