Meiji Techno currently offers eight different
series of upright compound biological (transmitted light) microscopes
to meet the needs of hobbyists and elementary school teachers to
university professors and life science professionals.
For inverted biological microscopes, please look at our entry level
VT
Series Inverted and our latest TC
Series Inverted Biological Microscopes with epi-fluorescence.
Each of these lines:
ML2000 , ML5000,
MX4000,
MX5000,
MX6000
and TC
Series are made up of several standard models and models with
different options or feature sets.
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A rugged time
tested design and features of a professional microscope
with true Koehler 30W halogen illumination, two types of mechanical
stages, trinocular viewing heads for photo/video work, three
levels of quality optics, and a wide variety of accessories.
The ML2000 Series is perfect for day-to-day use in the laboratory
or university classroom.
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The same high quality, dependability,
and options of the ML2000 Series with the added advantage
of an ergonomic reversed quintuple nosepiece for mounting
extra objectives, and an optional 50W illuminator for
those special applications that require more intense illumination.
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This entry level MX
still has all new CAD designed frame and Plan optics with
all of the advantages and features of a professional microscope.
Your choice of LED Illumination or true Koehler 30W halogen
illumination. The MX4000 Series is perfect for day-to-day
use in the laboratory or university classroom.
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The MX5000 features all new
infinity corrected U.Plan optics, F.N.22 super widefield eyepieces
and true Koehler 30W halogen illumination. The MX5000 Series
is also perfect for day-to-day use in vet and doctor's
offices as well as laboratories and universities.
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The same high quality, dependability,
and options of the MX5000 Series with epi-fluorescence.
The MX6000 Series is also perfect for day-to-day use in laboratories
or universities.
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Meiji Techno's latest inverted
biological microscopes are the TC5000 Series which comes
in either binocular and trinocular with brightfield, phase
contrast and epi-fluorescence models.
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