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In the materials sciences, high
quality imaging results require
sufficient resolution and contrast.
In order to maximize the equipment
investment, multiple imaging modes
is highly advantageous. In addition
the time-to-results and
efforts-to-results should be
minimal.
The LVEM5 system combines all this
functionality in one easy way to
operate an electron microscope. The
LVEM5 specifications includes
resolutions of 2 nanometers across 3
imaging modes, TEM, SEM and STEM.
Additional information can be
obtained in the electron diffraction
mode.
Polymers / Biomaterials
For those of you doing research in
polymers and biomaterials, the
problem of adequate contrast (a
problem for conventional, higher k V
TEM) is eliminated entirely. The FEG
source is very coherent and provides
high contrast (without staining) of
light element materials including
polymer, composites and blends.
Nanostructures:
With 2 nanometer resolution across
imagining modes, and the added
details that high contrast reveal,
the LVEM5 is an ideal tool to
explore the nanoscale. Nanoparticles
of all types can be imaged for
nanostructural detail, aggregation
states and other characteristics.
Rapid sample exchange / multiple
modes / easy operations:
The LVEM5 system was designed to
provide high quality, nanoscale
results while enhancing the user
experience by facilitating
operations and a quick sample
exchange process. The sample
exchange time is approximately 3
minutes, which means that you can
image dozens of samples a day. In
addition, the same sample can be
imaged in transmission or scanning
modes, providing multiple types of
information on surface character and
internal structure. This converts t
the ideal tool for screening
numerous samples, materials
characterization and sample-based
diagnostics.
Please visit our applications area
for more information:
Do you have any questions that I can help you with? 
Materials
Science Gallery
(please note that gallery links will
open in a new window)
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