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To enjoy the benefits of digital image distribution via email, networks,
or the internet
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To reduce Polaroid usage (typically 80-90% reduction).
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To take advantage of PC based hardcopy technologies
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To more efficiently integrate images into reports using modern
software
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 | To digitally archive image data on non-volatile media
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To integrating image data with other electronically stored supporting documentation
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To improve the image rendering capabilities of the SEM
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 | And finally, to add new imaging modes to the SEM.
Ask about our specialized optional software..
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Photographs and paper are yesterday's tools. Image documentation and
accompanying reports are posted to web sties, emailed, or stored as word
processing documents on network drives. File cabinets have been replaced
by networks and/or organizers for write able CD-ROM's.
The goal is to save paper, lab space, distribution costs,
archiving costs and your time. To reach this goal, image quality must not
be sacrificed.
Simulated high noise image typical of many SEM operating conditions.
The simulation is typical of the amount of noise reduction using either 'gated
integrator' or 'frame averaging' techniques.

Captured image: a Schlerite skeleton,
a microscopic ocean dwelling organism. Provided by Dr Walter Brown,
while at the Smithsonian Institution.


Microstructure of cheese. This is precisely how DIGISEM images will look when imported
into your Windows applications. The data area (with adjustable
micron marker) is optional. This image was captured using an
environmental SEM at low accelerating potentials. These conditions would
usually result in a very grainy image, unsuitable for analysis or archiving.
Capture images from a scan of the sample directly into a TIFF
image. Live preview
images are viewed on the PC, then captured using noise reduction features.
The result: crisp, high resolution images.