NanoFlowSizer FIDES: Real-time nanoparticle size characterization for high-turbidity applications

InProcess's FIDES can aid particle characterization for high-turbidity applications.

The NanoFlowSizer

  • Exclusive technology
  • Unique Spatially Resolved DLS technology
  • Real-time analysis in highly turbid samples
  • Measured non-invasively in any transparent container
  • Strong PAT tool

The solution for

  • LNP Manufacturing
  • Emulsification and HPH Process Monitoring
  • Active Pharmaceutical Ingredient Milling
  • Crystallization and Polymerization
  • Large particle detection (imaging) In-line Design of Experiments: formulation screening
  • Aggregation Monitoring

Features and benefits

  • Real-time, continuous data collection (<5 seconds)
  • Particle size and size distribution
  • Complete process customization; Lab, pilot, and manufacturing scale modules available
  • XsperGo software is GMP-compliant and OPC-UA compatible
  • Real-time monitoring that is economical and lowers operating expenses
  • Lower chance of batch failures

NanoFlowSizer FIDES: Real-time nanoparticle size characterization for high-turbidity applications

Image Credit: InProcess-LSP 

Integrating the NanoFlowSizer FIDES has significantly reduced batch failures in our vaccine production through precise inline monitoring.”

NanoFlowSizer FIDES: Real-time nanoparticle size characterization for high-turbidity applications

Image Credit: InProcess-LSP

Fides

Perfect for analyzing (in)organic and lipid nanoparticles

Hardware solutions:

  • Tailored system setup for flow and offline analysis at small, medium, and large scales
  • Online Micro Dilution (OMD): The solution for extremely high turbidities and concentrations
  • Trolley-mounted systems;

Software solutions:

  • PhaSR: The solution for very low particle size and low concentrations
  • Large Particle Detection (LPD): Additional imaging capability

NanoFlowSizer FIDES: Real-time nanoparticle size characterization for high-turbidity applications

Image Credit: InProcess-LSP

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 sec per datapoint
Flow Rate <250 L/hr
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

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