- PRODUCTS
-
SECTORS
- Automotive
- Biotechnology
-
Chemistry
- Particle Size Analysis
- Particle Size and Shape Analysis
- Zeta Potential Analysis
- Stability and Shelf Life Analysis
- Surface Area and Pore Size Distribution
- Density measurement
- Catalyst Analysis
- Crystallization Analysis
- Raw Materials ID & Verification
- Quantitative Analysis
- Process Control
- Dispersed Particle Surface Area Analysis
- Micro CT 3D Imaging
- SEM Imaging
-
Coatings
- Particle Size Analysis
- Particle Size and Shape Analysis
- Zeta Potential Analysis
- Stability and Shelf Life Analysis
- Dispersed Particle Surface Area Analysis
- Surface Area and Pore Size Distribution
- Density measurement
- Catalyst Analysis
- Crystallization Analysis
- Raw Materials ID & Verification
- Quantitative Analysis
- Process Control
- Micro CT 3D Imaging
- SEM Imaging
- Environmental
- Fertilizers
-
Food & Beverages
- Particle Size Analysis
- Particle Size and Shape Analysis
- Zeta Potential Analysis
- Stability and Shelf Life Analysis
- Surface Area and Pore Size Distribution
- Density measurement
- Crystallization Analysis
- Raw Materials ID & Verification
- Quantitative Analysis
- Process Control
-
Dispersed Particle Surface Area Analysis
- Micro CT 3D Imaging
- SEM Imaging
-
Materials Science
- Particle Size Analysis
- Particle Size and Shape Analysis
- Zeta Potential Analysis
- Stability and Shelf Life Analysis
- Surface Area and Pore Size Distribution
- Density measurement
- Catalyst Analysis
- Crystallization Analysis
- Raw Materials ID & Verification
- Quantitative Analysis
- Process Control
- Dispersed Particle Surface Area Analysis
- Micro CT 3D Imaging
- SEM Imaging
- Mining & Minerals
-
Petrochemicals
- Particle Size Analysis
- Particle Size and Shape Analysis
- Zeta Potential Analysis
- Stability and Shelf Life Analysis
- Surface Area and Pore Size Distribution
- Density measurement
- Catalyst Analysis
- Crystallization Analysis
- Raw Materials ID & Verification
- Quantitative Analysis
- Process Control
- Dispersed Particle Surface Area Analysis
- Micro CT 3D Imaging
- SEM Imaging
-
Pharmaceuticals
- Particle Size Analysis
- Particle Size and Shape Analysis
- Zeta Potential Analysis
- Stability and Shelf Life Analysis
- SEM Imaging
- Micro CT 3D Imaging
- Crystallization Analysis
- Surface Area and Pore Size Distribution
- Density measurement
- Raw Materials ID & Verification
- Quantitative Analysis
- Process Control
- Biosafety Enclosures
- Glove Integrity Testing
- Aerodynamic Particle Sizer
- Catalyst Analysis
- Dispersed Particle Surface Area Analysis
-
Polymers and Plastics
- Particle Size Analysis
- Particle Size and Shape Analysis
- Zeta Potential Analysis
- Stability and Shelf Life Analysis
- Surface Area and Pore Size Distribution
- Density measurement
- Catalyst Analysis
- Crystallization Analysis
- Raw Materials ID & Verification
- Quantitative Analysis
- Process Control
- Dispersed Particle Surface Area Analysis
- Micro CT 3D Imaging
- SEM Imaging
- Security
-
Others
- Particle Size Analyzers
- Particle Size and Shape Analysis
- Zeta Potential Analysis
- Stability and Shelf Life Analysis
- Surface Area and Pore Size Distribution
- Density measurement
- Catalyst Analysis
- Quantitative Analysis
- Process Control
- Filter Testing
- Containment Enclosures
- Dispersed Particle Surface Area Analysis
- Micro CT 3D Imaging
- SEM Imaging
-
APPLICATIONS
- Particle Characterization
- Stability and Shelf Life Analysis
- Surface Area and Pore Size Distribution
- Catalyst Analysis
- Density measurement
- Crystallization Analysis
- Imaging
- Biosafety
- Process Control
- Raw Materials Identification
- Aerosol Characterization
- Filter Testing
- Airport Security
-
MANUFACTURERS
- Agilent
- Flow Sciences
- Galaxy Scientific
- Mageleka
- Microtrac
- NeoScan
- Oxford Lasers
- Semplor
- Technobis
- Tema Sinergie
- Tornado Spectral Systems
- TSI
-
SECTORS
- SERVICES & SUPPORT
- NEWS & EVENTS
- ABOUT
- CONTACT
- Home /
- Products /
- TURBISCAN DNS
The unique platform for dispersibility & stability
OVERVIEW
TURBISCAN DNS is the first ready-to-use platform for dispersibility and stability studies. Dispersibility studies can be performed, while processing the dispersion (at flow) and on the native sample (no dilution, no added forces) via Static Multiple Light Scattering (SMLS), as recommended by the ISO TS 21357.
The flow studies can be done by either pumping the sample from the process or reactor (circulation function of the Turbiscan DNS: T-LOOP) or by mixing directly in the measurement cell (mixing function: T-MIX).
The stability measurement is done at rest and the Turbiscan DNS offers a fast (up to 1,000 times faster), quantitative, and reliable stability measurement of destabilization kinetics without dilution or mechanical forces.
APPLICATIONS
PHARMACEUTICAL
CHEMISTRY / POLYMERS
FOOD & BEVERAGES
COATINGS
ELECTRONICS
PETROLEUM
SPECIFICATIONS
-
For Dispersibility ‘n’ Stability study, using our unique SMLS technology
-
Online particle determination on native sample and without any dilution at high frequency (up to 10 measurements per second),
-
Accelerated destabilization detection, up to x1000 faster than visual observation,
-
Redispersion studies can be performed easily and repeatedly
-
The Online module, TLoop and TMix, provides two possibilities for online studies: either connect the DNS to your process via the Turbiscan Loop, or use vial as mini reactor by equipping it with the specific blade
-
Click and analyse: The instrument is fully integrated platform, everything included and everything is perfectly aligned
— LIMITLESS APPLICATION RANGE: CONCENTRATION FROM 10-4 TO 95% V/V AND PARTICLE SIZE RANGE FROM 10 NM TO 1 MM
— ONLINE MEASUREMENT: MIXING AND PUMPING FUNCTION AVAILABLE
— MEASUREMENT MODE: SCAN MODE FOR STABILITY MEASUREMENT AND FAST MODE FOR ONLINE MEASUREMENT (UP TO 10 MEASUREMENTS/PER SECOND).
— TEMPERATURE CONTROLLED FROM RT TO 60°C (FOR STABILITY AND ONLINE MEASUREMENT)
— SAMPLE STABILITY & PARTICLE SIZE ANALYSIS
— INTUITIVE SOFTWARE & TSI CALCULATION
— MEASUREMENT CELLS VOLUME: 20ML AND 4ML (ONLY FOR STABILITY) + POSSIBILITY TO DEVELOP SPECIFIC CELLS HOLDERS
TECHNICAL SPECIFICATIONS
| Technology | SMLS 880nm |
| Sample cell volume | 4ml or 20ml |
| Measurement while process | Yes: Mixing & Circulation |
| Temperature range | RT - 60oC |
| Number of samples | 1 |
| Maximum sample concentration | %95 v/v |
| Measured size range | 10nm - 1mm |
| Reproducibility / Repeatibility | %0.1 / %0.05 |
| Acquisition scan step | 40µm |
| Maximum measurement frequency | 10 measurements/s |
| ISO compliance | TR 13097, TR 18811, TR 13014, TS 21357 compliant |
| Dimensions | 700 x 630 x 520 mm |
| Weight | 30kg |