SMZ1270/1270i 北京尼康SMZ1270/1270i立体显微镜

北京尼康SMZ1270/1270i立体显微镜
The SMZ1270/1270i offers the highest-in-class zoom ratio of 12.7x (0.63 - 8x).
It offers wide viewfield at low magnification, enabling easy confirmation of observation targets

北京尼康SMZ1270/1270i立体显微镜

Incredible sharpness throughout a wide magnification range

The SMZ1270/1270i offers the highest-in-class zoom ratio of 12.7x (0.63 - 8x).
It offers wide viewfield at low magnification, enabling easy confirmation of observation targets, while its cutting-edge optics provide bright and sharp images through the entire viewfield. The SMZ1270i is also equipped with inligent functions that enable automatic detection of magnification data.

SMZ1270 with LED diascopic illumination stand

SMZ1270i with trinocular tilting tube, inligent nosepiece and LED diascopic illumination stand

• Highest-in-class zoom ratio
• High-level chromatic aberration correction
• Inligent function for status readout (SMZ1270i)
• Easy to use
• Expandable with a wide range of accessories

Highest-in-class zoom ratio

SMZ1270/1270i enables
observation of the whole of a 35 mm petri dish.

Wide zoom range

The SMZ1270/1270i offers the highest-in-class zoom ratio of 12.7x (0.63 - 8x). It offers both low-magnification wide viewfield observation of the whole of a 35 mm petri dish^* during screening and high-magnification observation of minute cell structures.

• *With 1x objective at the lowest magnification.

Sample: Ampulex

Newly developed objectives

The newly developed WF series objectives offer uniformly bright images even at low magnification and wide viewfield observation when used with the SMZ1270/1270i. In addition, a 0.75x objective is now available, expanding the lineup of low magnification objectives.

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High-level chromatic aberration correction

Apochromat optics have been adopted for the lenses in the SMZ1270/1270i zoom body to achieve high-level chromatic aberration correction. They provide sharp images without blur or color fringe.

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Inligent function for status readout (SMZ1270i)

In combination with the Camera Control Unit DS-L3 and imaging software NIS-Elements, the SMZ1270i can detect zoom magnification data. In addition, with the Inligent Nosepiece P-RNI2 attached, data related to the objective in use is also detected. Calibration data is automatically altered, following changes of magnification, to display the appropriate scale and measurement results on the images.

Detects zoom magnification and objective information, and changes calibration automatically.

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Easy to use

On-axis observation with the nosepiece

On-axis view

The double nosepiece offers easy on-axis imaging, enabling observation of the bottom of holes, accurate simple measurement and extended depth-of-focus (EDF) imaging without distortion.

Ergonomic design

Eyepiece tubes with a range of inclination angles are available for comfortable observation. They offer the optimum eyelevel for each user. In addition, slim-type plain stands and the LED Diascopic Illumination Stand easily facilitate the presentation and removal of specimens.

Observation posture

With the LED Diascopic Illumination Stand and Fiber Diascopic
Illumination Stand, focus control during observation is possible
using the dial in front of the base.

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Expandable with a wide range of accessories

In addition to basic optional accessories, the same high level of accessories used with superior models are also available for these models. These include trinocular tubes and slim-type LED diascopic illumination stands. These allow various microscope configurations to suit numerous routine inspections and a range of research and development applications.

Sample: Fibers

Sample: Semiconductor

Sample: Brain of adult drosophila excited with GFP
Image courtesy of Hokto Kazama, Ph.D., Circuit Mechanisms of Sensory Perception, Brain Science Institute, RIKEN

OCC illumination

OCC illumination boosts the contrast of transparent sample structures.
Sample: Hemicentrotus pulcherrimus in two-cell stage

With the LED Diascopic Illumination Stand and Fiber Diascopic Illumination Stand, image contrast under OCC illumination can be easily adjusted.