- PRODUCTS
-
APPLICATIONS
- Particle Characterization
- Imaging
- Stability and Shelf Life
- Zeta Potential
- Surface Area and Pore Size Distribution
- Density measurement
- Catalyst Analysis
- Crystallization Analysis
- Raw Materials Identification
- Quantitative Analysis
- Biosafety and Cleanroom
- Filter Testing
- Aerosol Characterization
- Spray Characterization
- Airport Security
-
SECTORS
- Automotive
- Biotechnology
-
Chemicals
- 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
- Spray Characterization
- Dispersed Particle Surface Area Analysis
- Micro CT 3D Imaging
- SEM Imaging
-
Coatings
- Particle Size Analysis
- Particle Size and Shape Analysis
- SEM Imaging
- Micro CT 3D Imaging
- Spray Characterization
- 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
- 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
-
Dispersed Particle Surface Area Analysis
- Micro CT 3D Imaging
- SEM Imaging
- Spray Characterization
-
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
- Dispersed Particle Surface Area Analysis
- Micro CT 3D Imaging
- SEM Imaging
- Spray Characterization
- 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
- 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
- Biosafety Enclosures
- Glove Integrity Testing
- Aerodynamic Particle Sizer
- Catalyst Analysis
- Dispersed Particle Surface Area Analysis
- Spray Characterization
-
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
- Dispersed Particle Surface Area Analysis
- Micro CT 3D Imaging
- SEM Imaging
- Security
-
Others
- Particle Size Analyzers
- Particle Size and Shape Analysis
- SEM Imaging
- Micro CT 3D Imaging
- Zeta Potential Analysis
- Stability and Shelf Life Analysis
- Surface Area and Pore Size Distribution
- Density measurement
- Catalyst Analysis
- Quantitative Analysis
- Spray Characterization
- Filter Testing
- Containment Enclosures
- Dispersed Particle Surface Area Analysis
- Glove Integrity Testing
-
MANUFACTURERS
- Agilent
- Flow Sciences
- Galaxy Scientific
- Mageleka
- Microtrac
- NeoScan
- Oxford Lasers
- Semplor
- Technobis
- Tema Sinergie
- Topas
- TSI
-
APPLICATIONS
- CATALOG
- SERVICES & SUPPORT
- NEWS & EVENTS
- ABOUT
- CONTACT
- Home /
- Products /
- N90 nano-CT
NEOSCAN N90, World's first benchtop nano-CT scanner
FEATURES
Personal nano-CT on your desk
Cutting edge technology integrated into a benchtop system
Highest spatial resolution
40nm voxel size, 300 nm resolution (on JIMA pattern)
Ease of operation across a wide range of tasks
Standard dual-detector configuration in variable geometry, easily switchable with a single mouse click
Unique insights into your samples
Integrated full-field micro-XRF module
APPLICATIONS
 |
 |
 |
 |
 |
| Li-Ion Battery |
Chalcopyrite XRF |
Multilayer Ceramic Capacitor |
Carbon-fiber Reinforced Polymer |
Resolution Test |
SPECIFICATIONS
| GENERAL | |
| Minimum voxel size (for 1.5 mm object diameter) | 40 nm |
| Spatial Resolution (on a JIMA) |
300 nm
|
| Detector 1 | 7 Mp flatpanel (FP), 14-bit |
| Detector 2 | 27Mp true 16-bit back-illuminated sCMOS |
| Energy filter changer |
Automatic, 7 positions
|
| Integrated anti-vibration | Granite platform on pneumatic leveling feet |
| Positioning accuracy during scanning: rotation runout | < 50 nm |
| X-RAY SOURCE | |
|
Type
|
Open (pumped) source with tungsten on diamond target |
| Smallest spotsize | 250-300 nm |
| Energy/Power Range | 20-160 kV, 16W |
| Vacuum | Fully integrated into the system |
| XRF Module | 2 x 50 kV, 50 W each |
| X-RAY CAMERA | |
| Detector 1 | 7MP 14-bit Flatpanel |
| Detector 2 | 27Mp True 16-bit, back-illuminated sCMOS |
| Radiation protection | Both with radiation hardened fiber-optics |
| XRF Module | Photon-counting 4 Mp detector, 300 eV energy resolution |
© Copyright 2017 ATS Elektronik Servis Tic. Ltd. Şti.