Application SOLUTIONS FOR
nanoparticle size analysis
Discover the application areas where our analyzers
provide real-time or non-destructive particle-size insight.
Choose the measurement approach that fits your process
Not every application requires the same analytical approach. Some processes benefit from real-time inline insight during nanoparticle formation or manufacturing, while others require non-destructive measurement in closed containers. Our solutions are designed to support both needs, depending on your workflow, material, and stage of development.
Explore by application area
Our solutions support a wide range of nanoparticle formulations and use cases.
Select the application area most relevant to your work to explore how particle size analysis can support your development or manufacturing goals.
Lipid-Based Nanoparticles
Best fit: NanoFlowSizer
Monitor particle size during the development and production of LNPs and liposomes. Real-time insight into particle formation can support process understanding, formulation optimization, and improved reproducibility.
Transfection Complex Size
Best fit: NanoFlowSizer / NanoLabSizer, depending on setup
Gain better insight into nanoparticle formation during transfection workflows. Particle size analysis can help evaluate formulation consistency, improve process understanding, and support more reliable development outcomes.
Biologics
Best fit: NanoFlowSizer
Follow particle size behavior in biologic formulations where stability, aggregation, and process sensitivity are important. Analytical insight can support both formulation studies and process optimization.
Nano-emulsions
Best fit: NanoFlowSizer
Measure and monitor droplet size in nano-emulsion processes to support formulation development, product consistency, and scale-up. Real-time particle size data can help identify process effects earlier.
Synthesis
Best fit: NanoFlowSizer
Track particle size during nanoparticle synthesis to better understand process conditions and material formation. This can support development work, reaction optimization, and more controlled scale-up.
Non-destructive Analysis
Best fit: NanoLabSizer
Analyze particle size directly in closed sample containers without opening, diluting, or altering the sample. This approach is particularly useful when sterility, containment, or sample preservation is critical.
Why application-specific insight matters
Each nanoparticle application comes with its own formulation behavior, process dynamics, and analytical challenges. A measurement approach that works well in one workflow may be less suitable in another. That is why application context matters.
Whether you are developing lipid nanoparticles, optimizing a synthesis route, working with biologics, or measuring samples in closed containers, the right analytical solution should fit both the material and the process. By matching the measurement approach to the application, it becomes easier to generate relevant data, improve process understanding, and support robust decision-making.
Need help selecting the right solution?
The best solution depends on your formulation, your process setup, and the type of information you need. If you are unsure which approach is the best fit, we can help you assess your application and recommend a suitable measurement strategy.
Tell us about your material, process stage, and measurement challenge, and our team will help you identify the most suitable solution.