Advanced Nanoparticle Analysis: NTA Explained

Step into the rapidly evolving world of nanoparticle characterization with Dr. Jeff Bodycomb. This application‑driven webinar delivers a clear, practical introduction to Nanoparticle Tracking Analysis (NTA) and the latest innovations transforming how nanoparticles are measured, differentiated, and quantified. You’ll discover how NTA works at a fundamental level, why multilaser (multispectral) detection is a game‑changer, and how NTA truly compares with Dynamic Light Scattering (DLS)—beyond the marketing claims.

Through real‑world examples and honest performance comparisons, this session equips you with the insight needed to confidently choose the right technique for accurate particle size and concentration analysis across a wide range of sample types. Whether you’re new to NTA or looking to push its capabilities further, this webinar will help you make smarter measurement decisions in the (very) small world of nanoparticles.

What You Will Learn:

• Demystify NTA: Understand the core principles, workflow, and data outputs of Nanoparticle Tracking Analysis
• Unlock Multilaser Power: Learn how multispectral measurement strategies overcome traditional NTA limitations
• Expand Your Size Range: Explore sedimentation‑based approaches that extend NTA beyond conventional nanoscale limits
• NTA vs. DLS: Compare particle size distributions from NTA and Dynamic Light Scattering and know when each method excels
• Measure Concentration with Confidence: Evaluate particle concentration measurements using both NTA and DLS
• Get Reliable Results: Apply practical best practices to achieve accurate, reproducible, and defensible NTA data

Who Should Attend:

1. Researchers working with nanoparticles or complex dispersions
2. Lab managers and technical leads comparing or optimizing NTA and DLS methods
3. R&D and formulation teams in pharma, biotech, or materials science
4. New or experienced NTA users seeking practical, real‑world guidance

This webinar is offered more than once. Select the date and time that works best for you.