FRITSCH workshops: individual and practical
 

Our workshops for sample preparation and particle sizing

Take advantage of the direct exchange with our experts. During the theoretical part you gain subject-specific insights into milling, sieving and particle sizing, as well as valuable tips which ease your work. In the hands-on part you will experience FRITSCH instruments live. Bring your own samples which you can comminute or measure.

WE ARE LOOKING FORWARD TO YOUR PARTICIPATION!

Workshops 2026

 

 

  • Schlieren, Switzerland / 06.11.2026

    Contents of the workshop:

    Do you regularly perform laser particle measurements and want to increase your efficiency, expand your knowledge, or are you wondering how such measurements could improve your daily work?
    In our user seminar “Laser Particle Measurements,” we’ll show you, through practical examples, how to get the most out of the Particle Sizer and thereby increase your lab’s efficiency.

    Here’s what you can expect: 
    - Subject-specific lectures
    - Practical insights into the application, operation, and possible uses of the A22 
    - Networking over lunch with colleagues and experts 
    - Opportunity to discuss application topics directly with specialists from Tracomme AG & Fritsch GmbH

    Please note the deadline for registration is October 23, 2026

    Please contact for further information and registration:

    FRITSCH Trade Partner: Tracomme AG

    FRITSCH application consultant: Patrick Moosmann

Webinar on demand

Measurement of particle size distribution using laser diffraction
In this webinar, Dr. Günther Crolly will provide a general introduction to the technology of particle size measurement using the example of laser diffraction. In addition to the underlying physical theory, instrumental aspects as well as the preparation and treatment of the sample material are discussed. The importance of the result curves and differences in the comparison of different measuring methods are also deliberated on.

Webinar
Measurement of particle size distribution using laser diffraction

Watch Video