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Nikon SMZ25 Research Stereomicroscope

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Nikon SMZ25 Research Stereomicroscope

Nikon SMZ25 Research Stereomicroscope

Break through new stereomicroscope optics deliver the highest zoom range possible, while maintaining high resolution and exceptionally bright, uniform flourescence


Nikon's SMZ25 stereomicroscope combines macro and micro imaging in one instrument for convenient viewing and manipulation of single cells to whole organisms. Using Nikon's Perfect Zoom System optical technology, the SMZ25 achieves the world's first 25:1 zoom and high NA for superior resolution never before seen with a stereomicroscope. Using these innovative optics and a fly-eye lens, crystal clear fluorescent images with improved S/N ratios are possible, even in low-excitation light applications such as cell division. Additionally, even at low magnifications, the SMZ25 has a 35mm F.O.V, allowing users to capture an entire 35mm dish with uniform brightness.



All-new "Perfect Zoom System" offers new levels of imaging power and versatility: Dynamically changes the distance between the two optical axis enabling maximisation of light entry into the optical system at every magnification.
World's largest zoom range enables high resolution macro to micro imaging: Even with a 1x objective, the SMZ25 captures the entire 35mm dish and simultaneously delivers microscopic details

Image below: Arthromacra sp. (Using SHR Plan Apo 1x with SMZ25). Image courtesy of Japan Insect Association

Auto Link Zoom (ALZ): Provides seamless viewing at different magnifications: By adjusting the zoom factor ALZ maintains the same field of view when switching objective lenses
Brighter and higher contrast Epi-fluorescence imaging: Even at low magnification, the SMZ25 captures an entire 35mm dish with equal brightness over the whole field of view
Improved signal-to-noise ratio: Newly developed optical system offers a drastic improvement in S/N ratio even at high magnifications
Avanced motorisation and digital imaging capabilities


For further information please contact us or download the datasheet.


Image below: Live zebrafish expressing GFP- and RFP-neurons, image with Nikon's latest research stereomicroscope, the SMZ25 (fluorescence and OCC). Image courtesy of Joe Fetcho, Ph.D., Cornell University




SMZ18/25 brochure (Bio)                                                            SMZ18/25 brochure (Non-Bio)



Read more on Nikon's website                                            Microscope Objectives for BioScience



Microscopy Essentials                                                                       Stereo Microscopes
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