Used OLYMPUS MX50A-F #9086415 for sale

OLYMPUS MX50A-F is a high-performance upright microscope that is ideal for research and development applications. This versatile microscope is capable of delivering exceptionally high levels of resolution and contrast for high-precision microscopy. OLYMPUS MX-50AF utilizes a field of view (FOV) of up to 53x using its infinity corrected objective lenses. These lenses are specifically designed to correct for any spherical aberration and provide images with high contrast, even when used with higher magnifications. The maximum magnification is up to 1200x with the plan 10x eyepiece, which also has an adjustable focus. In addition, the built-in phase contrast condenser and polarizing filter ensures that users can obtain highly detailed microscopy images. MX-50A-F is equipped with a 12MP CCD camera that can capture up to 20.8 frames per second in full HD at a resolution of 1920x1080 pixels. This ensures that users can capture sharp, detailed images and videos for presentations. Additionally, MX 50 A F includes an LED illumination system that provides even lighting across the entire field of view. This can be adjusted using a variable intensity control knob to further reduce unwanted distortion and glare. MX-50AF is highly versatile and can be used for a variety of applications. It can accommodate a variety of objectives, from 10x to 100x, and its stage can support larger samples for imaging. Additionally, its focus mechanism is composed of a highly accurate backlash-free gear drive that provides precise sample control. It also includes a motorized stage with joystick control for automated imaging. All in all, OLYMPUS MX 50 A-F is an ideal instrument for those in need of a high-precision upright microscope. Its advanced optics, automated features, and versatile design make it an ideal choice for a wide variety of applications. With its full HD CCD camera, LED illumination system, and its adjustable focus and illumination mode, users can be sure of obtaining the most detailed and accurate microscopic images possible.