Join us for an in-depth webinar designed to help researchers, laboratory professionals, and quality control specialists master the art of colloidal characterization using our powerful instrument combination – the NANOTRAC FLEX and STABINO ZETA DUO. These state-of-the-art tools bring unmatched precision, speed, and reliability to nanoparticle size and zeta potential measurements, making them indispensable for advanced colloidal research and industrial applications.
This session will demonstrate how the seamless integration of these instruments allows you to simultaneously measure both size and zeta potential on native or minimally diluted samples. No more lengthy preparation steps or complex procedures – you’ll gain actionable results in a matter of minutes, optimized for reproducibility and accuracy.
Topics include:
- Dynamic Light Scattering (DLS) measurements with the NANOTRAC FLEX, showcasing its ability to precisely analyze particle size distributions across a wide range of concentrations.
- Zeta potential measurements with the STABINO ZETA, enabling you to assess surface charge and predict colloidal stability with confidence.
- Integrated titration workflows, offering real time monitoring of both size and zeta potential response as you adjust sample conditions.
- Practical application examples from research and industry, demonstrating how these instruments accelerate development and ensure consistent product quality.
- Complementary use of the TURBISCAN for global stability measurement, giving you deeper insight into your samples through a complete stability profile over time.
Whether your focus is on nanomaterials, formulations, or quality assurance, this webinar will equip you with the knowledge and tools to take your colloidal analysis to the next level.
We will conclude with a live Q&A session, where our experts will address your specific challenges and ensure you leave with clear, implementable solutions for your laboratory needs.
Apresentado por:
- Gabriel Picco – Technical Sales Engineer France – Microtrac Formulaction
