Used OLYMPUS BH2 #9094581 for sale

OLYMPUS BH2 microscope is a sophisticated and powerful microscope used for advanced research in laboratories or universities. It is a standard upright research microscope used for examining both fixed and living material, providing bright-field, dark-field, and polarized light microscopy. OLYMPUS BH-2 microscope is equipped with corrosion-resistant ceramic N.A. 1.30 Abbe condenser with improved field illumination, which allows for the ability to collect higher-resolution images. It also offers reflected light Koehler-illumination and transmitted light illumination. Its advanced mechanical and optical design includes a heavy-duty pillar that rests on three antiskid rubber feet and includes a focusing mechanism equipped with two coaxial rack and pinion, a coarse adjustment, and a fine adjustment movement. The microscope features adjustable stage plates that facilitate greater stability and accuracy in stage movements. BH 2 microscope is equipped with a quadruple revolving nosepiece that can be used to rotate four objectives of different magnifications. It supports a range of specially designed objectives from 5x to 100x magnification and allows for fast and easy interchangeability of objectives. OLYMPUS BH 2 boasts a superior optical system for observing a wide variety of microscope samples. It has infinite optical correction for all three principle planes, including oblique illumination. It also features achromatic planparallel objectives and an aplanatic corrected quartz condenser. With its extended numerical aperture range, it provides high resolution images even at the highest magnification. BH2 microscope includes an HTC-1 digital camera and software that provides excellent imaging capabilities. It is also capable of capturing bright field, dark field, or polarized light images. It can be used to capture still images or video sequences, allowing for more efficient sample analysis. Overall, BH-2 microscope is an excellent research microscope, offering precise imaging capabilities and advanced optical features. Its combination of robust construction and versatile imaging options make it an invaluable tool for researchers.