Used OLYMPUS BH2-MJL #39265 for sale

OLYMPUS BH2-MJL
Manufacturer
OLYMPUS
Model
BH2-MJL
ID: 39265
Reflected light microscope.
OLYMPUS BH2-MJL is a high-powered microscope ideal for precision biological and industrial applications. This microscope features an advanced Infinity Corrected optical system that delivers impressive magnifications from 10x to 1000x. Its superior optical performance enables users to observe fine details with minimized aberrations. The microscope is equipped with an advanced digital camera for capturing high-quality images. The optical system of BH2-MJL is designed to eliminate most common aberrations such as chromatic, spherical, and coma aberrations. This ensures superior image quality and sharpness at higher magnifications. The infinity corrected optical system includes a unique light source with a well-designed optics that delivers uniform brightness and better contrast. The microscope has a wide stage area and a large depth of focus to provide wide working distance and facilitate easy sample positioning. The stage design enables users to make smooth and precise movements which are ideal for advanced educational and research applications. The device features an ergonomic support with mechanical and coaxial stage controls. These features make the device comfortable to operate eliminating strain on the user. The microscope also features a high-resolution LCD monitor for viewing samples in high magnification. With on-screen navigation and control instructions, images appear sharper with more clarity and detail. The microscope also has easy-to-use controls for adjusting brightness, focus, contrast, and other parameters for optimal viewing and imaging. OLYMPUS BH2-MJL microscope comes with a full range of advanced accessories including camera, objective lenses, and illumination systems. The device is perfect for applications such as histology, microtomy, biology, developmental and forensic studies, cell culturing and other related applications. The robust construction and convenience of use make the device suitable for even the most demanding research and educational applications.
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