Ultra-compact design
o The TEM's footprint of less than 1.5m² allows it to be operated in almost any laboratory.
o With a total height of 1.78m, samples can be changed while sitting.
o The enclosure makes the TEM significantly more robust against thermal fluctuations and acoustic influences.
o Optical design elements indicate the system status directly using different colors.
o The filament can be changed quickly and easily by the user using a cartridge system.
Easy handling
o From loading to a saved image in just a few steps:
o The TEM can be operated exclusively by mouse (and thus also remotely) – if desired with the proven control panels with configurable buttons / displays.
o Automatic switching between magnification modes using motorized apertures: Zoom over the entire magnification range using the mouse wheel!
Unlimited expandability
o Correlative workflows (CLEM) through popular “ retainer ” system (same sample holder tip for TEM and fluorescence microscopes)
o Numerous compatible sample holders, e.g. quartet holder, quick-clip holder, etc.
o Tomography software for automated tilt series acquisition, reconstruction, segmentation and visualization – from a single source!
o Energy dispersive spectroscopy (EDS) for element analysis and mappings
o Open platform for a variety of other manufacturers, e.g. for external cameras, sample holders, analysis systems, software, etc.
Resolution | 0.2nm (HC pole piece) or 0.14nm (HR pole piece) |
Accelerating voltage | 20kV to 120kV |
Magnification range | x50 to x1.2 million (or x1.5 million) |
Maximum tilt angle | ±80° |
Camera | • 4MP, 30fps JEOL NeoView |
Electron Source | Tungsten or LaB6 emitter |
Dimensions (L/W/H) | 1,734m / 0,84m / 1,782m |
Number of specimens to load | |
Vacuum system |
Subject to technical changes; errors excepted. All brand names that appear in the text are registered trademarks of the manufacturers.