Used ZEISS Axioplan #68091 for sale

ZEISS Axioplan is a powerful microscope designed by Carl ZEISS, an internationally renowned German company renowned for excellence in imaging technology. This microscope is designed for a wide range of applications and can be used in both clinical and research laboratories. This microscope offers excellent illumination, precision and functionality and is ideal for studying a wide range of biological samples, including cells, tissues, bacteria, and other microscopic organisms. It produces excellent images in both brightfield and phase-contrast configurations and is equipped with automatic phase-contrast image stitching to create high-quality images. Axioplan is a modular system, making it easy to customize the system configuration. It includes a light source and a selection of objectives, including long working distance objectives, highly corrected infinity corrected objectives, and quartz objectives. The objectives range in magnification from 4x to 100x and offer a variety of working distances so users can obtain crisp images of different parts of the sample. ZEISS Axioplan also features an optional stand, allowing for precise and precise positioning of the microscope. This stand has a mechanism that adjusts the fine focus to achieve an even and precise focus. It also features a swing plate that can be positioned to minimize the image shift that often occurs when changing objectives. Axioplan is equipped with a wide range of lighting options, allowing users to adjust the light intensity, color temperature and balance according to the type of sample being studied. The microscope also has an optional automatic focus drive and automated exposure control features to reduce image blur due to moving components of the microscope. ZEISS Axioplan is an excellent choice for imaging samples at high magnifications with optimal contrast, high resolution, and excellent color rendition. It offers reliable performance, easy setup and maintenance, and a wide range of customization options, making it an ideal choice for research, clinical and educational settings.