InProcess introduces THALIA – the ideal analyzer for proteins and nanoparticles in low-concentration applications.
The NanoFlowSizer
- Proprietary technology
- Powerful PAT Tool
- Unique Spatially Resolved DLS Technology
- Non-invasive measurement in any transparent container
- High sensitivity in low concentrations
The solution for
- Stability Screening
- Protein Analysis for ADC, mAb, pAb, viruses
- Large particle detection (Imaging)
- Aggregation Monitoring
- In-line Design of Experiments: Formulation screening
Features and benefits
- Continuous data collection in real-time (<5 sec)
- Fully customizable to specific processes; modules available for lab, pilot, and manufacturing scales
- Measurement of (very small) particle size and size distribution
- Capability to measure low-concentration materials
- Decreased risk of batch failures
- XsperGo software is GMP-compliant and OPC-UA compatible
- Affordable real-time monitoring to minimize operational expenses

Image Credit: InProcess-LSP
“The THALIA system offers us a powerful tool for protein analysis, such as monoclonal antibodies (mAbs). It also allows precise monitoring of aggregation formation in our process.”

Image Credit: InProcess-LSP
THALIA
Perfect for low concentrations and low nanometer range analysis

Image Credit: InProcess-LSP
Software solutions:
- PhaSR: Enhanced Sensitivity in Analysis Range
- Large Particle Detection (LPD): Live Imaging of Particle Aggregation
- GMP Compliant and OPC-UA Compatible
Hardware solutions:
- Customized system configuration for small, medium, and large-scale scale flow and offline analysis
- Trolley-mounted systems
System features
Source: InProcess-LSP
|
THALIA |
Measurement principle |
Spatially Resolved Dynamic Light Scattering (SR-DLS) |
Particle Size Range |
3 nm - 5000 nm |
Measurement angle |
180° backscatter |
Measuring mode |
Flow & static |
Configuration |
Inline, online, at-line, offline |
Data collection |
Real-time / Continuous <5 sec/datapoint |
Flow Rate |
<250 L/hr |
Wavelength |
1250 to 1350 nm |
Turbidity* |
Very low to high |
Sample size |
>1 mL |
* Turbidity ranges are particle-type and solvent-dependent and need to be experimentally determined