NIKON Stereo Zoom Microscope SMZ18/25 (Up to 945X)
NIKON Stereo Zoom Microscope SMZ18/25 (Up to 945X)
Model: SMZ18/25
Brand: Nikon
Origin: Japan
概括
Supports a variety of motorizing functions
When equipped with optional lenses (3.15x to 945x)
Supports the world's best zoom ratio.
Nikon's SMZ25 has a zoom ratio of 25:1, which is the highest zoom ratio of any existing entity microscope.
A new reality microscope with "maximum zoom ratio", "high resolution force" and "bright fluorescent image" has been developed.
The wide field of view and the fine structure are also capable of observing the maritime force and can respond to a wide range of requirements.
You can use NIS or Local S/W to capture and analyze images.
World's highest zoom ratio, high resolution, dynamic zoom ratio 25:1
The innovative optical system achieved the world's first zoom ratio of 25:1.
Even when using a single-lens 1x objective, it delivers clear images from 35mm to complex structures.
Industry-leading lenses that push the boundaries
When converting objectives, the zoom is automatically scaled to maintain the current viewing field.
It can be used by ide
Due to the newly developed optical system, the S/N ratio has been dramatically improved during high-magnification fluorescence observations.
In previous real microscopes, it is possible to observe the appearance of cell division, which was difficult to observe, or weak fluorescence.
* S/N ratio: Signal to Noise ratio, noise ratio versus signal)
The optical performance of the zoom body is greatly improved
By increasing the short-wavelength area transmission rate and employing low-fluorescence materials on the lens of the zoom body, we have succeeded in improving signal and reducing noise.
It is configured with a fluorescent lighting device and boasts significantly improved detection capability than previous microscopes.
Occ lighting with simple operation
Occ lighting (sandlit lighting of Nikon's proprietary technology) is built-in for slim LED transmission base,
Transparent sample patterns such as glass substrates and films, scratches, and irregularities on the surface of the Danio reio embryocan are observed by emphasizing contrast.
应用
Supports the world's best zoom ratio.
Nikon's SMZ25 has a zoom ratio of 25:1, which is the highest zoom ratio of any existing entity microscope.
A new reality microscope with "maximum zoom ratio", "high resolution force" and "bright fluorescent image" has been developed.
The wide field of view and the fine structure are also capable of observing the maritime force and can respond to a wide range of requirements.
You can use NIS or Local S/W to capture and analyze images.
World's highest zoom ratio, high resolution, dynamic zoom ratio 25:1
The innovative optical system achieved the world's first zoom ratio of 25:1.
Even when using a single-lens 1x objective, it delivers clear images from 35mm to complex structures.
Industry-leading lenses that push the boundaries
When converting objectives, the zoom is automatically scaled to maintain the current viewing field.
It can be used by ide
Due to the newly developed optical system, the S/N ratio has been dramatically improved during high-magnification fluorescence observations.
In previous real microscopes, it is possible to observe the appearance of cell division, which was difficult to observe, or weak fluorescence.
* S/N ratio: Signal to Noise ratio, noise ratio versus signal)
The optical performance of the zoom body is greatly improved
By increasing the short-wavelength area transmission rate and employing low-fluorescence materials on the lens of the zoom body, we have succeeded in improving signal and reducing noise.
It is configured with a fluorescent lighting device and boasts significantly improved detection capability than previous microscopes.
Occ lighting with simple operation
Occ lighting (sandlit lighting of Nikon's proprietary technology) is built-in for slim LED transmission base,
Transparent sample patterns such as glass substrates and films, scratches, and irregularities on the surface of the Danio reio embryocan are observed by emphasizing contrast.
规格
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