Used OLYMPUS BX60 #293821822 for sale

OLYMPUS BX60 is a powerful and reliable research microscope designed for routine and specialized applications, including high-speed imaging, long-term time-lapse observation, and advanced photomicrography. The microscope utilizes a brightfield optical equipment, capable of illuminating objects from above with additional transmitted light for transmission-mode observation. The condenser is a five-lens system with a negative-stop that allows for control of the contrast of the object. A swing lens-unit provides a long working distance, adjusting from 5mm to 17mm, offering a range of zoom magnification options. The body of the microscope is powered by a motorised X-Y base, providing precise control of an XY stage, and allowing for easy navigation through specimens. A motorized iris diaphragm, located at the base of the microscope, provides fine control of the size and intensity of the field of view. The microscope is further equipped with an expandable card deck, allowing for the integration of many accessories, including specialized objectives, phase contrast, darkfield, and polarizers. OLYMPUS BX 60 is also compatible with OLYMPUS UIS2 optical machine, which utilizes a series of lenses and prisms to offer a versatile imaging tool with optimal contrast and low aberrations. Further, the asset is fully automated, allowing for easy interchanging of objectives and configurations, and for adjustment between imaging techniques. Additionally, BX60 features a unique motorized nosepiece, which offers quick and easy access to all objectives. The motorized function helps to reduce human error, and prevents slipping or misalignment of objectives during observation. And finally, the microscope is also equipped with image capture functions, allowing operators to capture images of objects directly to their computer. In summary, BX 60 is a powerful and versatile microscope, ideal for laboratories and specialized research applications. The microscope's high-quality optical model and motorized components offer superior accuracy and performance, and its configurable design allows for easy integration of imaging techniques and objectives.