What Your Stereo Microscope Has To Offer You - Leica S Series User Manual

What Your Stereo Microscope has to Offer you

The optical system of the S series stereo
microscopes consists of two beam paths
converging at 10°. The objective pairs of each
optical path are positioned close together, so
the stereo microscopes can be of very "slender"
design, especially towards the base of the
instrument. The advantage: The advantages
of this design are that it has a small space
requirement for use on bonders and in machine
applications, unobstructed access to specimens,
plenty of space for tools and a completely clear
view of the object field.
The Greenough system enables cost-effective
correction of aberrations such as chromasia,
image field curvature, and distortion with
minimal effort. In all S series microscopes the
optimum corrected center of the objective
ensures high image quality. This provides
superior optical performance with large, level
and undistorted fields of view and chromatically
optimized, high-contrast images.
S Series User Manual
Patented FusionOptics Technology
The S9 E, S9 D, S9 i feature the Leica patented
FusionOptics technology and deliver you
finest details in 3D. While the right channel
delivers you a high-resolution image at the
largest possible numerical aperture, the left
channel presents an image with high depth of
field. This results in an image perception with
outstanding richness of details and exeptional
depth of field at the same time.
Photography
The S9 D and S APO are equipped with an
integrated video/phototube, which allows
the simple, fast mounting of digital cameras.
The S9 i with integrated camera has an SD card
slot and allows image sharing via Ethernet
connection.
Leica S Series
Apochromatic correction
The Leica S Series is a
apochromatically corrected
system. The modern optical technology
of the Leica S Series corrects chromatic
aberration perfectly, removes bothersome
color seams and displays pin-sharp images
of even the finest enlarged detail. Contrast,
brilliance, image sharpness, resolution, color
fidelity and image precision are unsurpassed.
The benefit of apochromatic correction is best
seen in specimens that have a fine, low-contrast
structure such as large animal cells, cilia plants
or metallic microelectronic structures.
The technical features of the individual models
can be found on page 79.
completely
Greenough
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