Launching in 2026 – unique particle analyzer:
Non-destructive
particle size
in closed containers
- Measure in closed containers
- In closed vials, flasks and bags
- Non-invasive, no sampling, no dilution
- Maintain sterility
Non-destructive Nanoparticle Size Analysis
What is it?
The NanoLabSizer is an analytical instrument for offline particle sizing based on Spatially Resolved Dynamic Light Scattering (SR-DLS).
SR-DLS operates in full backscattering mode and resolves scattering as a function of depth, enabling measurements inside closed containers, even with curved geometries and at higher turbidities than conventional DLS workflows typically tolerate.
Typical challenges in offline particle sizing:
- “We can’t waste sample.”
- “Opening risks contamination.”
- “We don’t want exposure.”
- “Handling changes the result.”
- “Too manual, too variable.”
- “Dilution hides the truth.”
- “Inline is overkill.”
Measure in any transparent packaging:
- Vials, Tubes, Syringes Flasks, Bags up to 3L
- Plastic vessels
- Prefilled syringes
- IV bags
The NanoLabSizer
Practical Advantages
- No sampling, no aseptic transfers: measure directly in the container (vial, syringe, flask, bag)
- Maintains sterility
- Direct non-invasive measurements in closed vials, tubes, flasks or bags (up to 3L)
- Handles wider turbidity/concentration range: no dilution needed
- Automation ready: simple pick-and-place, minimal handling
- Safety: Container stays closed for analysis
- Ideal system for process development and validation
System Features
| System feature | NanoFlowSizer | NanoLabSizer |
|---|---|---|
| Measurement principle: | Spatially Resolved Dynamic Light Scattering (SR-DLS) | Spatially Resolved Dynamic Light Scattering (SR-DLS) |
| Particle Size Range: | 3 nm – 5000 nm | 3 nm – 5000 nm |
| Measurement angle: | 180° backscatter | 180° backscatter |
| Measuring mode: | Flow & static | Static |
| Configuration: | Inline, online, at-line, offline | At-line, offline |
| Data collection: | Real-time/continuous <5 sec per datapoint | Real-time/continuous 5-10 sec per datapoint |
| Flow rate: | <250 L/hr | NA |
| Wavelength: | 1200 to 1400 nm | 1200 to 1400 nm |
| Turbidity*: | Low to very high | Low to very high |
| Sample size: | >1 ml | 1 ml – 3 ltr |
| Dimensions: (WxHxD) | 25x35x10 cm (probe unit) | 78x50x55 cm (total system) |
How can you measure particle size in (sterile) pharmaceutical packaging?
