InProcess' FIDES is the ideal instrument for accurately characterizing nanoparticle size in turbid sample analysis.
The NanoFlowSizer
- Enables non-invasive measurements in any transparent container
- Proprietary technology
- A powerful tool for PAT
- Unique Spatially Resolved DLS Technology
- Facilitates real-time analysis of highly turbid samples
Solution for
- LNP Manufacturing
- Large Particle Detection (Imaging) In-line Design of Experiments: Formulation Screening
- Active Pharmaceutical Ingredient Milling
- Emulsification and HPH) Process Monitoring
- Crystallization and Polymerization
- Aggregation Monitoring
Features and Benefits
- Continuous data collection in real time (< 5 seconds)
- XsperGo software is compliant with Good Manufacturing Practices (GMP) and compatible with OPC-UA
- Measurement of particle size and size distribution
- Decreased risk of batch failures
- Fully customizable to meet specific process requirements; modules available for laboratory, pilot, and manufacturing scales
- Cost-effective real-time monitoring that reduces operational costs

Image Credit: InProcess-LSP
Integrating the NanoFlowSizer FIDES has significantly reduced batch failures in our vaccine production through precise inline monitoring.

Image Credit: InProcess-LSP
FIDES
Perfect for analyzing lipid nanoparticles and both organic and inorganic nanoparticles.

Image Credit: InProcess-LSP
Hardware Solutions:
- Online Micro Dilution (OMD): The solution for extremely high turbidities and concentrations
- Customized system configuration for small, medium, and large-scale flow and offline analysis
- Trolley-mounted systems
Software Solutions:
- Large Particle Detection (LPD): Additional imaging feature
- PhaSR: The solution for very low particle sizes and low concentrations
System Features
Source: InProcess-LSP
|
FIDES |
Measurement principle |
Spatially Resolved Dynamic Light Scattering (SR-DLS) |
Particle Size Range |
15 nm - 5000 nm |
Measurement angle |
180° backscatter |
Measuring mode |
Flow & static |
Configuration |
Inline, online, at-line, offline |
Data collection |
Real-time / Continuous < 5 seconds per datapoint |
Flow Rate |
< 250 L/hour |
Wavelength |
1250 to 1350 nm |
Turbidity* |
Low to very high |
Sample size |
> 1 mL |
* Turbidity ranges are particle type and solvent dependent and need to be experimentally determined