Used ZEISS Axio Observer Z1 #293793870 for sale

Manufacturer
ZEISS
Model
Axio Observer Z1
ID: 293793870
Inverted microscope PC Controller Objective nosepiece with M27 Illumination: (2) Lamp house: HAL 100, XBO 75 TFT Display for control Electric stage control with joystick Microscope stage for microtiter plates Filter wheel with (3) Filter cubes Camera Does not include glass pane.
ZEISS Axio Observer Z1 is an advanced microscope designed for the modern laboratory setting. It is equipped with advanced optics that are designed to provide sharp, vivid, and vibrant images. ZEISS AXIOOBSERVER Z1 also features a motorized stage that allows for automated sample movement, and a camera port which allows for automated image capture. The microscope contains a sophisticated modular design, and is capable of being adapted to the different needs of any laboratory environment. Axio Observer Z1 offers several different types of contrast, including brightfield, darkfield, differential interference contrast (DIC), and fluorescence. All of these contrast options offer superior resolution and image detail when compared to other microscopes. AXIOOBSERVER Z1 also features a variety of illumination modes, including epi-illumination, transillumination, and polarization, allowing users to precisely adjust the light for the best possible image quality. ZEISS Axio Observer Z1 also has numerous features for the user's convenience. It includes a focus drive, a diascopic control ring, and a computer-controlled axial adjustment. Additionally, the microscope features an adjustable eyepiece with 10x and 20x magnification options, and a high-resolution digital camera. In summary, ZEISS AXIOOBSERVER Z1 is an ideal microscope for the modern laboratory. It offers unmatched resolution, contrast, and image detail, with automated features for easy operation. With its motorized stage, camera port, adjustable eyepiece, and numerous illumination and contrast options, Axio Observer Z1 gives researchers the flexibility and performance needed to tackle their toughest research projects.
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