Used OLYMPUS AL-2100 #9246407 for sale

OLYMPUS AL-2100 is a state-of-the-art, fully automated research microscope that is powerful enough to meet the requirements of daily research. OLYMPUS AL2100 is designed for both shared use in the lab and for single user applications as well. This microscope features a 30 frames-per-second automated stage, allowing the user to navigate to almost any location quickly and accurately. This microscope also features a 4-axis motorized stage which can be programmed and customized to fit the research requirements. AL 2100 has a large inter-changeable-aperture condenser that allows users to select the optimal working-distance and numerical aperture combination for each specimen, so researchers can maintain optimal brightness and resolution at all working distances. AL2100 features a unique z-correction system, which automatically adjusts the condenser height to maintain consistent focus throughout the entire imaging field. This feature ensures that images remain in focus at all times, regardless of the specimen's location. OLYMPUS AL 2100 is a full-featured digital research microscope. It is equipped with a high-performance 12.2-megapixel camera and advanced software that make specimen and image capture easy and intuitive. In addition, AL-2100 is capable of capturing high-definition images at up to 30 frames-per-second with its powerful CMOS image sensor. This microscope also offers advanced image editing and annotation capabilities so researchers can easily annotate, analyze, and share their research data. In addition to this, OLYMPUS AL-2100 allows the user to connect to any television or monitor and view their images in high-definition, so their results can be easily discussed and presented to colleagues. OLYMPUS AL2100 is a high powered, high-end research microscope that is suitable for every stage of the research process, from acquisition to presentation. By combining state-of-the-art technology with a user-friendly interface and design, AL 2100 allows researchers to quickly and accurately capture and analyze specimen images, which can ultimately lead to greater discoveries.