Used CARL ZEISS / HSEB Axiotron 300 #9204365 for sale

CARL ZEISS / HSEB Axiotron 300 is an advanced research-level widefield optical microscope known for its exceptional imaging performance. This microscope utilizes a newly developed infinity-corrected optical system and the latest technologies from Zeiss and HSEB. This makes it perfectly suited for imaging biological samples at the subcellular level, allowing for exquisite detail and rendering. HSEB Axiotron 300 features a cordless LED light source, providing crisp white illumination with low color temperature and high color fidelity. This makes it easy to obtain consistent and accurate imaging results. It also includes a Kohler illumination system that ensures homogeneous, even illumination throughout the sample field, allowing for sensitive contrast. Additionally, an intensity stabilizing circuit eliminates flicker and keeps image brightness constant over time. A four-lens system with an advanced apochromatic objective lens makes CARL ZEISS Axiotron 300 capable of a total 1.5X increase in maginifcation. This magnification can even be increased further with the addition of an integrated modular beamsplitter or a second-stage magnifier. Axiotron 300 also includes a motorized stage with a 120mm x 80mm range, allowing for precise and repeatable adjustment and positioning of the sample in the field of view. Plus, the microscope also features a built-in motorized focus drive that enables rapid, easy, and precise focusing. Finally, CARL ZEISS / HSEB Axiotron 300 is equipped with the latest digital image processing technology, allowing for higher-contrast images with improved resolution. The microscope also includes a stereo video port for simultaneous capture of video images in two different planes as well as a digital output option for image printing and storage. All in all, HSEB Axiotron 300 is a powerful research-level widefield optical microscope offering excellent imaging performance, precise focusing and positioning, and advanced digital imaging technology. This makes it ideal for a variety of sampling tasks, from imaging subcellular detail to capturing video images.