Zetasizer Advance Range

Light scattering for every application

Pinoneering systems for nanoparticle, colloid and biomolecular particle sizing and particle charge measurements

 

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Step into the world of precise particle sizing with our Zetasizer family! From sub-nanometer wonders to micrometer marvels, we've got you covered. Explore Dynamic Light Scattering for size, Electrophoretic Light Scattering for mobility and charge, and Static Light Scattering for molecular weight analysis. Elevate your lab with the Zetasizer Advance – the next-gen successor to our beloved Nano range!

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One System, Multiple Insights

Multiple Insights Measure particle size, zeta potential, and molecular weight

Built to Grow with You

Upgrade on-site as your needs evolve, without replacing your system.

Smarter Science, Simplified

AI-driven guidance and advanced optics deliver accurate results with ease.

 

A sneak peak inside 🔍

 

Masterclasses: Everything you need to know to master light scattering applications

 

Masterclasses: Unlocking pharmaceutical success

 
Masterclass webinar
Masterclass 4: Data interpretation for Zeta potential

Unlocking Pharmaceutical Success 4:

Zetasizer - Troubleshooting examples from customers

Join us to learn how to assess the quality of your data collected on the Zetasizer Advance instrument. Together we will go through real examples of data from particle size measurements that use Dynamic Light Scattering (DLS) and zeta potential measurements obtained with Electrophoretic Light Scattering (ELS) assessing data quality and sharing tips on how to improve confidence in the results.

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Mastering Light Scattering Technologies

 
 

...More Great Webinars...

 
Webinar
Masterclass 2: Zeta potential Method Development

Common myths and misconceptions about light scattering innovation

Discover the most common myths and assumptions about light scattering, and how much truth there is to them: do molecular weight measurements with SLS require multiple angles? Is DLS suitable for samples that contain aggregated or agglomerated materials? Do ELS or Zeta potential measurements “cook” biological samples? Does accurate DLS analysis require precise instrument calibration? Find out the answers to these questions and more!

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Webinar
Masterclass 3: Data interpretation for DLS

Live demonstration of Zetasizer Ultra

Get off to a great start with your Zetasizer instrument. After a brief summary of the device features, follow two live demonstrations: one with an aggregated sample and one with a dual-measurement method setup. Learn how to check data quality and discover the configurability of the Zetasizer, including the ability to change input settings post-measurement.

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Webinar
Masterclass 4: Data interpretation for Zeta potential

Particle size analysis with DLS

DLS is one of the flagship technologies of the Zetasizer Advance series. What does a DLS instrument consist of? How do you interpret and analyze the correlation function? Find the answers to the questions through detailed explanations and application examples of the different Zetasizer distribution measurements.

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Webinar
Masterclass 4: Data interpretation for Zeta potential

Top 5 tips for the Zetasizer

After a summary of DLS and ELS, discover key insights for measurements with your Zetasizer instrument. These include how to use the correlogram and phase plot to boost confidence in your results, the importance of diluting samples for ELS, as well as checking whether the concentration is suitable and choosing your measuring cells accordingly. You’ll also learn how to use DLS to measure sample viscosity. Following the bonus tips on using our knowledge center and our e-store for consumables, the audience questions is also of great value, featuring the questions of Zetasizer users from a variety of fields.

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Webinar
Masterclass 1: DLS Method Development

Interpreting Zetasizer quality reports

What does a good-quality correlogram look like? What does it represent? Go through the different tests that assess data quality, including cumulants and distribution fit tests, count rate repeatability, z-average diameter repeatability, repeatability of size distributions and many more. The webinar then includes a similar walkthrough of how the phase plot is used to check zeta potential data quality.

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Webinar
Masterclass 2: Zeta potential Method Development

DLS data interpretation

After an in-depth breakdown of the theory of DLS, discover the algorithms behind any dynamic light scattering analysis. With these in hand, discover data interpretation tips that continue to be relevant, the types of noise that can affect your results and their solutions and the customer training we continue to provide.

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Webinar
Masterclass 3: Data interpretation for DLS

Troubleshooting DLS data interpretation

Explore what correlation means in DLS, how the correlation function is modeled, how to interpret & analyze it, and the role of NIBS in cumulants analysis. These explanations feature a more in-depth look at some of the math behind the Zetasizer features and what to do and look out for to ensure good-quality MADLS data.

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Webinar
Masterclass 4: Data interpretation for Zeta potential

How to present your DLS results

Which parameters should you report when presenting DLS data? Learn how cumulants analysis works for monomodal and multimodal samples, how cumulants and distribution analysis compare, and which size distributions you should present in various contexts. Discover the parameters we recommend you use when presenting DLS results, how to add these parameters to your software, and follow three practical demonstrations.

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Webinar
Masterclass 1: DLS Method Development

Frequently Asked Questions

How does our technical support assist you? Explore the resources we put at your disposal in our knowledge centre and then discover how we would answer your questions through a variety of examples. These include how we’d help you navigate sample dilation, interpret more than one peak in a zeta potential run, dilute samples without compromising data accuracy, and find the best analysis strategy for protein nanoparticle zeta potential measurements.

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Webinar
Masterclass 4: Data interpretation for Zeta potential

The many applications of Zetasizer in research and industry

In what industries is Zetasizer most commonly used? Explore the applications of nanoparticle, why Zetasizer features are so important to their analysis, and the best-suited applications for each Zetasizer model. Take an in-depth dive into the Zetasizer series’ applications in the industries of energy storage and generation, catalysts, paints, coatings and inks and pharmaceuticals.

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Expert Guides: Download all the knowledge from our experts

 
Handout
Masterclass 1: DLS Method Development

Data Interpretation for DLS

Get a synposis of the key parameters and charts available in ZS Xplorer software to help with data interpretation. You also get access to important resources on how to recognize good and poor data, understand the reasons why the data could be poor, and what steps you can take to improve it.

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Handout
Masterclass 2: Zeta potential Method Development

Zeta potential method development

The webinar discussed the development of robust and reliable methods for successful and repeatable zeta potential measurements using a Zetasizer Advance instrument. Specifically, it covered the following:

  • How to carry out performance verification of your system
  • The importance of sample preparation and cell filling
  • Why you may not have a zeta potential distribution
  • The correct set up of the measurement in ZS Xplorer
  • How to determine if your method is appropriate

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Handout
Masterclass 3: Data interpretation for DLS

DLS method development

Get a synopsis of method development for dynamic light scattering sizing measurements with the Zetasizer Advance series. We highlight various factors that need to be considered when creating a robust sizing measurement, from instrument verification, cell selection, sample preparation, measurement set up and result analysis. Bonus, you receive some easy access link too!

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Handout
Masterclass 4: Data interpretation for Zeta potential

Data interpretation for Zeta potential

Become familiar with how to configure key parameters in the tables and select key charts that are available in ZS Xplorer software. Understand what each key parameter and chart available means and the information they provide to the user to aid with interpretation. Understand the possible benefits of averaging records to improve repeatability of results

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Visual Insights: 60 seconds to Smarter Light Scattering for every application