| New motorized multi-purpose zoom microscope, ideal for obtaining high-quality macro images
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Introducing the AZ100M, which adds motorized focusing and zoom to the AZ100 universal macrozoom microscope and is capable of Nomarski DIC observation at low magnifications and a wide range of other illumination techniques. When combined with a Digital Sight camera, it is now possible to easily create all-in-focus images with scale bars that reflect the zoom magnification. The AZ100M, with its computer-controlled motorization, supports a broad range of applications including developmental biology and the study of biological structures. |
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| Enjoy the advantages of both upright and stereo zoom microscopes
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| Wide range of observation magnifications
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| In combination with the triple nosepiece, the motorized 8x zoom function allows a best-in-class observation magnification ratio of 80:1. Five types of objective lens are available, at 0.5x, 1x, 2x, 4x, and 5x magnifications. Combined with 10x eyepieces, the AZ100M covers a total magnification of 5-400x in a single microscope with precision zooming in units of 0.1x.
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| Non-angled, on-axis images
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| Since stereoscopic microscopes obtain threedimensional images using binocular vision, monocular images are angled in either direction. Therefore, images taken with a camera will be offaxis. However, the AZ100M acquires images that are on-axis, similar to those taken with an upright microscope. It is ideal for creating all-in-focus EDF images of thick samples.
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| Comes standard with an aperture stop
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| The AZ100M includes a built-in aperture stop that allows you to easily control contrast and the depth of field, both visually and on your digital images.
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| Easy insertion of microelectrode
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| Brightfield and a wide range of other observation methods are possible, including epi-fluorescence, Nomarski DIC, simple polarizing, and oblique illumination. The AZ100M enables the simultaneous combination of epi-fluorescence and diascopic DIC attachments, which allows for quick and convenient switching between observation modes.
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