Offering a wide range of microscopes to suit your needs from education, rapid sample screening to sophisticated live cell analysis. Olympus microscopy can offer you an industry leading solution to match your requirement.
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Olympus Australia offers upright microscopes to suit a range of applications from educational to highly sophisticated scientific research. Olympus is renowned for robust, upgradeable frames and the highest quality optics in the industry with our infinity corrected optical system UIS2. Included in the family of Olympus upright microscopes are the newly released BX3 series and CX2 series of upright microscopes. |
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Olympus Australia offers manual and motorized inverted microscopes designed for live cell applications including In-vitro Fertilization, sample manipulation and multiple imaging capabilities. The modular design offers extraordinary system flexibility and facilitates future upgrades. The Olympus IX2 and CKX series are renowned for their flexible frames, versatile illumination and the highest quality optics with our infinity corrected optical system UIS2.
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Olympus is continually developing confocal microscopes to meet the challenging needs of high-end researchers. Our FluoView™ Laser Scanning Confocal Series offers a choice of four models for a variety of applications requiring ultra-thin sectioning and high resolution imaging. All designs are compatible with the Olympus research range of microscopes offering high-resolution confocal optical sectioning. |
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The Olympus series of stereo microscopes offer the best in three-dimensional images, highest resolution and large working distances. The SZ series provides ergonomic comfort for routine work while the SZX series meets the requirements of research users, offering long working distance, wide zoom range, excellent image clarity and easy operation as well as fluorescence options.
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Unlike standard stereo microscopes with two optical paths, the MVX10 is a mono-zoom microscope which uses a single, large-diameter optical path (similar to compound microscopes),that is optimised to collect the weak light generated by fluorescence. This optical path in combination with specially designed unprecedented high NA (Numerical Aperture) lenses, delivers unique fluorescence brightness and superior image resolution, whilst retaining the working distance and wide field of view of stereo microscopes. |
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EUS Australia 2013
First Glass Modular ENDOALPHA OR in Australia launched at John Flynn
NBI Atlas
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