Live demo at your desk: *New* Zetasizer Ultra, for dynamic light scattering

Dynamic light scattering (DLS), also known as photon correlation spectroscopy (PCS) and quasi-elastic light scattering (QELS), is a technique used to measure the Brownian motion (diffusion) and subsequent size distribution of an ensemble collection of particles in solution. It is used to monitor nanoparticles and zeta potential across a wide variety of products from pharmaceuticals to personal care products, general emulsions, surfactants and more.

In our earlier series of dynamic light scattering webinars, we introduced how the technology works, practical tips on sample analysis as well as data analysis. In this session, we will conduct a virtual demonstration of our Zetasizer Ultra, which is our latest model of our DLS range of instrumentation.

During this webinar, our specialists will run a variety of samples and demonstrate the new features of the Zetasizer Ultra as well as the data output in the software. We want to use this live virtual demo to showcase the speed, accuracy and repeatability of results as well as other value added features. For instance being able to conduct particle concentration measurements and measurement of complex materials in their undiluted states.

Learn about what's new:
1. Best possible resolution in DLS; possible with the Zetasizer Ultra's Multi-angle Dynamic LIght Scattering (MADLS) feature. See how MADLS incorporates back, side and forward detection angles resulting in the best possible 1:1 resolution, accurate and repeatable results.

2. Zetasizer Ultra's new and unique features - ‘adaptive correlation’ and Neural network based AI for guidance- not only enable significantly faster measurement time. The user also gains in terms of having a better understanding of the sample or sampling process.

3. Particle concentration measurement is also possible, as an extension of MADLS. This is calibration free.

4. Unique accessories such as the micro-capillary cell help measure ‘complex materials’ in their most desired ‘as it is ‘ or undiluted state.

We will run our samples live for you to experience how simple and easy the measurement process is.

Présentateur

Dr Anand Tadas , Regional Technical Specialist at Malvern Panalytical for Nanometrics

Dr Tadas heen associated with Malven Panalytical for more than 10 years. He specializes in the Nanometrics product ranges. Anand received his Ph.D. in Physical Chemistry (colloidal science) from Mumbai India. He is a holder of 3 patents on inert metal processing which are licensed. He has also guided 4 students for their Masters (M.Tech) programmes. At present, Dr Tadas is focusing on using the orthogonal characterization of materials particularly in the delivery applications across different sectors.

Questions les plus fréquentes

Why should I attend ? What will I learn ?
1. Learn about the latest technology in the market for DLS with the Zetasizer Ultra
2. Understand how easy and simple it is to run samples
3. Learn how your analysis can benefit in terms of speed, accuracy, repeatability, ease of sample preparation and AI
4. See a live demo of how various samples including surfactants, emulsions and more are analysed live on the Zetasizer Ultra
5. See the software, data quality and additional value added information like particle concentration that can be derived from the measurement.

How long is this webinar?
45 minutes is the intended demonstration time time with additional time for addressing queries.

Pour en savoir plus

Join our free series of DLS related webinars

- Webinar 1: Intro to Dynamic Light Scattering and its applications towards vaccine research, formulation and development. More info
- Webinar 2: Better particle size analysis and interpretation of dynamic light scattering data. More info
- Webinar 3: Live demo at your desk: *New* Zetasizer Ultra, for dynamic light scattering
- Webinar 4: Nanomedicine involving complex composition and the criteria for using nanoparticle tracking analysis. More info 
- Webinar 5: Research applications on gene therapy and virus research using NTA. More info 
- Webinar 6: Focus on Vaccine Development 1: Value of DSC as a Complimentary and Insightful Technique for Structural Characterization of a Multi-Domain Protein Antigen. 
- Webinar 7: Focus on Vaccine Development 2: How Stable is Stable? Combining biophysical techniques and advanced kinetics to support formulation development. More info 
- Webinar 8: Strengthening the analytical workflow for rAAV viral vector development. More info