Used OLYMPUS AL-100-B8 #78193 for sale

OLYMPUS AL-100-B8 is a laboratory-grade optical microscope designed to facilitate observatory, content analysis, and imaging of a wide variety of materials and samples. It features a curved, high angle, 8-position binocular tripod head constructed of lightweight aluminum and a wide doble-handed focusing control for easy and precise focus adjustments. The generous working distance of AL-100-B8 allows for easy sample positioning and manipulation. For observation, the microscope includes Köhler illumination, providing a large, evenly lit field of view, and a height-adjustable single LED illuminator for ease of operation. The overall system can be configured for incident and transmitted light techniques. There are a wide array of available objective lenses, including brightfield, darkfield, and phase contrast objectives, as well as a super high NA objective designed for producing clear and highly detailed images. In terms of imaging, OLYMPUS AL-100-B8 is equipped with a 0.5x C-mount adapter and a 1-megapixel digital camera. The camera's extra-large CMOS chip allows for fast capture and display of images, while its advanced software enables real-time measurements and automatic adjustment of brightness and contrast. The system also supports a range of specialized imaging options such as advanced darkfield imaging and polarized light microscopy. Additionally, the microscope offers an intuitive user interface for controlling focus, illumination, and camera settings, as well as a bright 5.6" high-resolution monitor for live viewing of samples. AL-100-B8 is compatible with OLYMPUS analytical software for capturing and managing images, as well as advanced image analysis functions. OLYMPUS AL-100-B8 is an extremely durable and user-friendly microscope that provides excellent performance for a range of microscopy applications. With its sturdy construction, advanced imaging and illumination features, and intuitive user interface, AL-100-B8 is an ideal choice for laboratory and professional research environments.