Used OLYMPUS BH3-MJLA2U #9375900 for sale

OLYMPUS BH3-MJLA2U is an advanced, all-in-one microscopy solution for a multitude of applications from research and industrial to academic and medical imaging. It is designed to be used as an upright or inverted microscope and can be equipped with a range of components and accessories for imaging and other observations. BH3-MJLA2U comes standard with OLYMPUS UIS2 Universal Infinity Optics series objectives, designed to maximize contrast and clarity while minimizing aberrations. The UIS2 series is capable of magnifications of up to 1000x for stereo and brightfield applications. The infinity optics system also utilizes a large refractive index correction to reduce spherical aberration and improve resolution. An optional Wide Field Eyepiece allows for a maximum field of view of 28mm, while a 0.75x C-mount Adapter can be used for digital imaging. OLYMPUS BH3-MJLA2U features a universally compatible port design which is capable of aligning with most other microscope components. It is designed to attach easily to a range of additional parts, such as fluorescence and polarization cubes, polarization filters, analyzers, magnifying condensers, and specimen stages. A motorized Z-drive can be used for precise controlled positioning during scanning or imaging operations. BH3-MJLA2U is designed for both student and professional use, offering a robust construction and excellent optical performance. The LED illumination system provides intense, stable and flicker-free lighting, while its power consumption is extremely low. The compact design allows for easy transportation, making it ideal for both lab and field work. Overall, OLYMPUS BH3-MJLA2U is a versatile and reliable all-in-one microscopy solution ideal for a variety of applications. The infinity optics system provides high contrast, high resolution imaging, while the range of compatible accessories offers the user expanded functionality. The small form factor, low power consumption, and easy portability make BH3-MJLA2U a popular choice for microscopists and researchers alike.