GAIA3
Extraordinary Ultra-High Resolution imaging and extremely precise nanoengineering.
The preparation of high-quality ultra-thin TEM lamella, delayering processes in technology nodes, precise nanopatterning or high-resolution 3D reconstructions are just some of the applications in which GAIA3 excels.
PRODUCT BROCHURE
GAIA3 brochure
Extraordinary Ultra-High Resolution imaging and extremely precise nanoengineering. Download GAIA3 brochure!
PDF – 6.1 MB
KEY FEATURES
Triglav™ - newly designed UHR electron column
- TriLens™ - objective system: unique combination of three-lens objective and crossover-free beam path
- Advanced detection system with multiple SE and BSE detectors - TriSE™ and TriBE™
- Triglav™ - Ultimate ultra-high resolution at low beam energy: 1 nm at 1 keV and 0.7 nm at 15 keV
- Electron beam currents up to 400 nA and rapid beam energy changes
- Optimised column geometry for accommodating large wafers up to 8”
Specification
Electron Optics |
|
Electron Gun |
High brightness Schottky emitter |
Resolution |
|
Standard mode In-Beam SE |
0.7nm at 15keV 1.4nm at 1keV 1.7nm at 500eV |
Beam Deceleration Mode (Option) |
1.0nm at 1 keV - SE (BDM) |
Magnification at 30keV |
4 x - 1,000,000 x |
Probe Current |
2 pA to 400 nA |
Cobra FIB column
High-performance Ga FIB column for ultimate precision in nanoengineering.
- Probe current: 1 pA 50 nA
- Resolution: < 2.5 nm at 30 kV at SEM-FIB coincidence point
- Cobra guarantees the shortest time to result in cross-sectioning and TEM sample preparation
- Ideal for 3D ultra-structural studies of biological specimens such as tissue and whole cells
- Excellent performance at low kV ideal for polishing ultra-thin lamella and for reducing amorphous layers
Ion Optics
Ion column |
Cobra |
Ion Gun |
Ga LIMS |
Resolution |
<2.5 nm at 30Kev (at SEM-FIB coincidence point) |
Probe current |
1 pA to 50nA |
Accelerating Voltage |
0.5kV to 30kV |
Magnification |
Minimum 150 × at coincidence point and 10 kV (corresponding to 1 mm field of view), maximum 1,000,000 × |
SEM-FIB coincidence at |
WD 5 mm for SEM – WD 12 mm for FIB |
SEM-FIB angle |
55° |
Application
Semiconductors & Microelectronics
Material Science
Life Sciences
Earth Sciences