Setting a new standard in optical performance
and system compatibility, Olympus research microscopes satisfy
the most demanding and diverse applications. From the SZX dissection
to the IX2 inverted microscopes, the Olympus name is synonymous
with high-quality, high-resolution images.
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The new SZX16 is designed for advanced research and has a maximum numerical aperture of 0.30, producing a resolution of 900 line pairs per millimeter. The SZX16 provides the largest zoom ratio of any stereo currently (April 2006) on the market 16.4:1. With this zoom ratio combined with a series of parfocal objectives (0.5x,1x,1.6x & 2x) the SZX16 can take you from macro to micro viewing.
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The new SZX10 is designed for routine research. It offers a high numerical aperture (NA) of 0.2, producing a resolution of 600 line pairs per millimeter. With this resolution you can work more efficient, more precise and gain much more information from your samples. The SZX10 provides a zoom ratio of 10:1. With the common objective design it is a fully modular system offering a range of options.
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Large, upright platform is capable of numerous
configurations for multiple applications from automated
remote inspection to water immersion to macro imaging.
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The BX2 line of research microscopes is
the perfect union of Olympus infinity-corrected objectives,
advanced fluorescence technology and motorized capabilities.
Front operation and reduced vibration of our fixed stage
microscope achieves a higher standard of stability and
reliability for electrophysiology and patchclamping operations.
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Manual and motorized inverted microscopes
designed for live cell applications including In-vitro
Fertilization, sample manipulation and multiple imaging
capabilities. Modular design offers extraordinary system
flexibility and facilitates future upgrades.
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Research stereo microscopes offering long
working distance, wide zoom range, excellent image clarity
and easy operation allow a wide range of application-dedicated
configurations.
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Olympus is pleased to announce the introduction of a highly capable polarizing microscope, the CX31-P. This microscope is partially modular and can be configured for advanced quantitative polarized light analysis techniques.
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