Jeol has introduced a scanning electron microscope (SEM) with optics that enable ultra-high resolution imaging at low kV and high spatial resolution microanalysis in sample-imaging applications.
The Through-the-Lens system (TTLS) combines objective lens and detector technologies with the Jeol in-lens Field Emission Gun.
The TTLS is designed to enable imaging of a variety of samples, including magnetic materials.
The model JSM-7001FTTLS LV also features low-vacuum operation and a large specimen exchange airlock.
In the TTL system, in-lens detectors with energy filtering provide both topography (SE) and Z contrast (BSE) images.
Short working distance, low currents and low kV sensitivity ensure high-resolution BSE images.
Gentle beam technology reduces charging and improves resolution, signal-to-noise, and beam brightness, especially at low beam voltages (down to 100V).
The TTLS operates at low magnification (10x) with no distortion of the image or the EBSD pattern, allowing collection of large-area EBSD maps of large-grain materials.
The flexibility of the SEM is demonstrated in its ability to run in low-vacuum (LV) mode for imaging nonconductive samples at high kV and beam currents for a variety of analytical applications that include analysis with EDS, WDS, EBSD and CL.
An optional Stem detector allows imaging of thin samples with sub-0.8nm resolution.
