Used OLYMPUS BH2 #9097120 for sale

OLYMPUS BH2 microscope is a versatile, reliable instrument for observing samples in a research or industrial laboratory setting. It is an upright, binocular, reflected-light microscope with a range of objectives and illumination options. The microscope provides excellent image quality in a wide range of magnifications, from 7x to 1000x. OLYMPUS BH-2 features a bright-field illuminator with a tungsten-halogen light source for bright, crisp images, as well as a polarizing condenser for increased contrast. The flexible nosepiece allows for for through-the-lens viewing and the convenience of one-shot focusing. It also has an adjustable stage for sample viewing at low and high magnifications, and achromatic or semi-apochromatic objectives for even higher resolution. The microscope has a 6-position turret, which includes a special phase-contrast slot, for use with specific phase-contrast objectives. In addition, an Ultramer illuminator, a polarizing analyzer, and a Koehler correlation illuminator are all included for enhancing image contrast and resolving fine details. BH 2 can be used for a variety of tasks, including bright-field, phase-contrast, polarization, and UV fluorescence microscopy. The instrument is also equipped with a serial port for data logging and transfer to a personal computer. This microscope can also be used for specimen preparation and permanent sample storage, thanks to the inclusion of a mechanical stage, sliding stage plates, and a substage 45° beveled mirror. With this combination, it can be used to detect and document microstructures on top and bottom surfaces. For long-term storage, OLYMPUS BH 2 can be used with a specially designed clear or black sample holder, allowing samples to be viewed and documented without having to remove them from the microscope. This makes it an invaluable tool for long-term observation or research endeavors. BH2 is an exceptional, well-made microscope for a variety of uses in the laboratory. With its use of advanced microscope technology and bright, crisp optical images, it can help improve the efficacy, accuracy, and precision of any microscopic study.