Used CARL ZEISS / HSEB Axiotron 300 #9379651 for sale

CARL ZEISS / HSEB Axiotron 300 is a high-end inverted microscope that provides a unique combination of features that make it the ideal choice for a wide range of laboratory applications. With comprehensive optics, precision components, and unique performance specifications, HSEB Axiotron 300 delivers reliable, reproducible results for a variety of analysis. CARL ZEISS Axiotron 300 includes a dual-stage, motorized, modular stand that enables easy, fast, and precise positioning of the optical components. It features an 8x objective turret with a minimum numerical aperture (NA) of 0.50, and offers a wide range of illumination options including brightfield, epi-fluorescence, and transmitted light (DLM) imaging. It has a pair of protected Apochromatic Super-Plan objectives, providing a widefield, high-contrast super-resolution imaging system with a large depth of field. Axiotron 300 is designed with a motorized 16-slide environmental chamber, providing precise and automated temperature and atmosphere control. This feature allows for the use of temperature-sensitive, live-tissue samples and eliminates problems associated with the long travel times of traditional research microscopes. It also includes high-end features such as automatic focus tracking, an advanced shutter provider, and anti-shake technology that reduces sample image blur. CARL ZEISS / HSEB Axiotron 300 is equipped with a high-resolution CCD camera, allowing for up to a 12.5 x 12.5 mm field of view and 1024 x 1024 pixel resolution for vivid images. It can be fitted with accessories such as the Intelligent Image Analysis (IIA) module, which provides autofocus, autocapture and automatic counting for a wide variety of labels. In summary, HSEB Axiotron 300 is a powerful, high-end inverted microscope that is ideal for a wide range of laboratory applications. With motorized dual-stage stand, high-resolution CCD camera, advanced optics, and temperature and atmosphere control, CARL ZEISS Axiotron 300 provides reliable, reproducible results for high-quality analysis.