Each SMZ stereo microscope from Nikon features industry-leading optics, large zoom ranges, and wide fields of view for bridging macro- to micro-imaging. Nikon’s stereo microscopes also feature ergonomic designs to facilitate routine dissection work.
The SMZ445 and SMZ460 deliver the outstanding optical performance you expect from Nikon's cutting-edge series of stereoscopic zoom microscopes. Porro prisms enable a lightweight, compact design. With 0.8x - 3.5x zoom magnification (SMZ445) and 0.7x - 3.0x zoom magnification (SMZ460), and diascopic/episcopic LED Stand, the SMZ445 and SMZ460 let you observe a wide range of specimens, from Petri dishes to plants, insects, small animals and minerals.
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Featuring a zoom magnification of 7.5X and a long working distance of 115mm, Nikon SMZ745 microscopes are well suited for both industrial and biomedical applications. The adoption of a new total reflection prism produces brighter images with higher contrast, and the anti-mold design allows the microscope to be used in environments where the temperature and humidity are high. The SMZ-745T trinocular model comes equipped with a microscope camera port and a built-in 0.55x c-mount adapter, permitting direct mounting of Nikon DS Series Digital Cameras.
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The SMZ800N offers higher magnification than conventional models, enabling high-resolution observation of minute structures. In combination with the new objective series, its improved chromatic aberration correction provides bright and sharp images through the entire viewfield. The parallel optics design allows ergonomic accessories and observation attachments to be used in a wide range of applications.
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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 intelligent functions that enable automatic detection of magnification data.
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Traditional boundaries between scientific fields such as molecular biology and developmental biology are rapidly disappearing as researchers seek to connect findings at the molecular level to those derived from cellular, tissue, and organismal studies. Fields including molecular biology, cell biology, neurobiology, embryology, developmental biology and systems biology have increasing needs for imaging systems that span spatial scales from single cells to whole organisms.
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