Used CARL ZEISS Axiosprint #9184352 for sale

CARL ZEISS Axiosprint is a microscope equipment manufactured by CARL ZEISS, a renowned German optics company. This microscope is designed for educational use, aiding students in observing and documenting microscopic images with great clarity and accuracy. It combines a wide range of features, including high-resolution optics, a plan-apochromatic objective, and advanced ergonomics. The microscope is supported by a powerful software package to support its capabilities. The powerful optics of the microscope allows users to see and explore microscopic images with ease. The system is fitted with a plan-apochromatic objective that delivers high-resolution imaging with vivid colors. It also features an automated focusing unit, allowing users to precisely focus on the desired object quickly and accurately. Moreover, its ergonomically designed body enables users to access the microscope from any side, thus allowing different users to observe the image from their preferred angle. Axiosprint is equipped with an advanced LED illumination machine that provides bright, flexible, and uniform illumination. This is especially helpful when analyzing small specimens. The microscope also features multiple intense methods, such as fluorescence, polarization, and Köhler illumination. These powerful methods expand the microscope's versatility and greatly improve contrast. In addition, the details of observers can be accurately captured thanks to the tool's integrated camera. It also includes a wide range of image capture tools, such as snapshot and time-lapse imaging, that make documenting and analyzing images easier. CARL ZEISS Axiosprint is also equipped with a centered image table that allows images to be stored, organized, and shared. This makes the process of analyzing and organizing microscopic images convenient and efficient. Axiosprint is a highly versatile microscope asset that offers excellent clarity and precision. Its powerful software, high-resolution optics, advanced ergonomics and LED illumination model make it an ideal choice for educational use, allowing students to explore and document microscopic images with ease.