新品尼康SMZ18立體顯微鏡

新品尼康SMZ18立體顯微鏡

Nikon has developed an all-new stereo microscope that features a large zoom ratio of 25:1, high resolution and exceptional fluorescence transmission capability to respond to increasing demand for imaging systems that span spatial scales from single cells to whole organisms.

• World's largest zoom range and highest resolution in the SMZ series
• Bright and high contrast fluorescent images
• Automation and digital imaging
• Easy to use

SMZ25

Motorized zoom model with the highest zoom ratio and resolution in the SMZ series

SMZ18

Manual zoom model providing advanced optical performance and incredibly bright fluorescence at an economical cost

• *1Using SHR Plan Apo 2x/C-W 10xB
  • *2Using SHR Plan Apo 0.5x/C-W 10xB
    • *3Using SHR Plan Apo 2x

    Back to top

     

     

     

    World's largest zoom range and highest resolution in the SMZ series

    Dynamic zoom ratio of 25:1

    An innovative optical system known as Perfect Zoom System provides the world's first zoom ratio of 25:1 (zoom range: 0.63x - 15.75x). Even with a 1x objective lens, the SMZ25 captures the entire 35mm dish and simultaneously delivers microscopic details.

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

    Offers the highest zoom ratio thanks to Nikon's Perfect Zoom System

    

    A breakthrough in stereoscope design, Perfect Zoom System dynamically change the distance between the two optical axes as the zoom factor is changed. This change in optical axis distance enables maximization of light entry into the optical system at every magnification. The result is an uncompromised, large zoom range, high resolution in both eye paths, and minimal aberrations over the entire zoom-range. Furthermore, this breakthrough in optical design enables all of these desirable features be housed in a compact zoom body, resulting in an ergonomic instrument design.

     

     

     

    Superior resolution never before seen on a stereomicroscope

    
    SHR Plan Apo series

    Nikon's newly developed objective lens series, the SHR Plan Apo series, offers a high resolution of 1100LP/mm (Observed value, using SHR Plan Apo 2x at maximum zoom). The new SHR Plan Apo series of lenses deliver brilliant images with true-to-life colors.

     

     

     

    Comparison of resolution and color aberration by resolution chart

    
    SMZ25

     

     

     

    
    Conventional model

     

     

     

     

     

     

     

     

     

    Auto Link Zoom (ALZ) supports seamless viewing at different scales

    ALZ automatically adjusts the zoom factor to maintain the same field of view when switching objective lenses. This function enables seamless switching between whole organism imaging at low magnifications and detailed imaging at high magnifications.

    

    Back to top

     

     

     

    Bright and high contrast fluorescent images

    Enhanced brightness and uniform illumination in low magnification range

    

    The SMZ25 series is the first stereo microscope in the world to use a fly-eye lens on an epi-fluorescence attachment. This innovative design ensures bright and uniform illumination even at low magnifications, resulting in uncompromised uniformity in brightness across a large field of view.

     

     

     

    Improved S/N ratio and crystal clear fluorescent images thanks to an improved optical system

    

    Nikon's newly developed optical system offers a drastic improvement in S/N ratio even at high magnifications. This improved S/N ratio makes it possible to capture cell division, which is difficult using conventional stereo microscopes, and samples with low excitation light.

    Zoom body with significant improvements in optical performance

    Nikon has succeeded in improving the signal and reducing noise in fluorescent images by using a short wavelength, high transmission lens. Combined with an innovative epi-fluorescence attachment, the SMZ18/25 is better able to detect excitation light than conventional fluorescent stereo microscopes.

     

     

     

    Sample images

    Industrial

    

     

     

     

    Bioscience

    
    Single fluorescent neurons can be visualized in live C. elegans
    Fluorescence and OCC images of a live C. elegans expressing GFP- and RFP-neurons
    (using SHR Plan Apo 2x at zoom magnification of 3x with SMZ25)
    Image courtesy of Julie C. Canman, Ph.D., Columbia University

     

     

     

    Back to top

     

     

     

    Automation and digital imaging

    A wide range of digital imaging capabilities with the Digital Sight series and NIS-Elements imaging software

    Easily obtain the information you need, such as Z drive position, zoom factor, objective lens, filter cube, and LED DIA brightness by using the Digital Sight series and NIS-Elements or Digital Sight series DS-L3 together with the microscope.

    Imaging Software NIS-Elements

    One software for all systems: NIS-Elements which is Nikon's flagship, cross-platform imaging software can now be used with Nikon's latest stereomicroscope systems SMZ25 and SMZ18. NIS-Elements enables a wide range of advanced digital imaging capabilities, easily from a PC.

    Multichannel (multicolor)

    Multiple fluorescent channels can be captured in conjunction with other imaging methods such as OCC or brightfield.

    Individual cells resolved in a live drosophila embryo expressing GFP and mCherry
    (Using SHR Plan Apo 2x at zoom magnification of 8x with SMZ25)
    Image courtesy of Max V. Staller, Ph.D., Clarissa Scholes, and Angela DePace, Ph.D., Harvard Medical School

    Time lapse

    Easily setup a time-lapse imaging experiment with NIS-Elements.

    
    (Using SHR Plan Apo 2x at zoom magnification of 9x with SMZ25 and camera head DS-Qi1)
    Image courtesy of Joe Fetcho, Ph.D., Cornell University

    Calcium-imaging: Time-lapse imaging of GCaMP expressing neurons inside a live zebrafish shows individual neurons firing at different times (arrowheads). The last time-frame shows a whole cluster of neurons firing (asterisk).

     

     

     

    Extended depth of focus (EDF)

    Capture multiple high resolution images at different focal depths to create a single extended depth of focus image or quasi-3D image.

    

    

    Select the in-focus area (white square) and produces one all-in-focus image
    Zebrafish embryo
    (Using SHR Plan Apo 2x at zoom magnification of 3.4x with SMZ25)
    Image courtesy of Hisaya Kakinuma, Ph.D., Laboratory for Developmental Gene Regulation, Developmental Brain Science Group, RIKEN Brain Science Institute

     

     

     

    Digital Sight Series DS-L3

    

    DS-L3 is an easy-to-use high-definition, large touch-panel monitor that can be used to quickly capture images without a PC or monitor. The scale bar automatically adjusts to accommodate changes in magnification. Optimal imaging parameters for each sample type and observation method can easily be set using the icons.

     

     

     

    Detected observation condition/available control
    : Detection and control of observation condition possible
    : Detection of observation condition possible

    	SMZ25		SMZ18
    	Motorized focus unit Motorized epi-fluorescence light set (control box A)		Manual focus unit Manual epi-fluorescence light set (relay box and control box B)
    	DS-L3	NIS-Elements	DS-L3	NIS-Elements
    Zoom magnification
    Focusing			—	—
    Objective (with nosepiece)
    Diascopic LED illumination stand (ON/OFF, light intensity control)
    Fluorescence illuminator (light intensity control)
    Filter cube changeover

    For other combination, please confirm Nikon.

    • *With NIS-Elements F (Free package), functions above are not available. Use NIS-Elets D/Br/Ar.
    •  
    •  
    •  
    •  
    •  
    •