Used OLYMPUS BX50 #9250356 for sale

OLYMPUS BX50
Manufacturer
OLYMPUS
Model
BX50
ID: 9250356
Microscope.
OLYMPUS BX50 is a powerful, versatile, and high-performance inverted microscope designed to give optimal image quality and accurate information gathering. This model features an advanced trans-illumination equipment, advanced TL-Y optical system, trans-illuminator with ultraviolet (UV) and fluorescence (FL) capabilities, and four way conoscopic observation. BX50 inverted microscope uses a high-speed, high-definition one-click imaging unit that is designed to capture instant photographs without the need to change light sources or objectives. This microscope also features a D-shaped stage design which gives it an edge when conducting detailed imaging of specimens. OLYMPUS BX50 is equipped with an articulated trinocular eyepiece for observation and imaging of specimens. Its advanced TL-Y optical machine is designed for maximum image resolution and brilliance. This optical tool is designed to optimize optical performance and provide a bright and clear image. BX50 is equipped with a 4x, 10x, 40x, 100x, and 200x magnification range. Its objective lenses are designed for superior flatness with ultralow chromatic aberration and image distortion. The microscope also features a universal power input for enhanced long-term use. This microscope also has an integrated illumination asset with three selectable light sources. OLYMPUS BX50 also includes an industry-leading trans-illumination model for flat-field imaging. The TL-Y contrast optics are designed to optimize high contrast imaging of cells. BX50 includes a built-in UV fluorescence equipment which provides effective and discreet fluorescent light for improved detection of antibodies and other molecules. It can also be used in conjunction with overlays for special imaging or staining. OLYMPUS BX50 also features automated electronically adjustable filters which provide a wide selection of fluorescence bandpass combinations. BX50 is a superior inverted microscope designed to meet the demands of researchers, technicians, and medical professionals who require enhanced image processing and image details. It has a robust design and is designed to help provide superior imaging results and detailed information.
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