Used WILD / LEICA / VISTEC M8 #109717 for sale

WILD / LEICA / VISTEC M8 is a high-performance digital microscope capable of capturing images with outstanding details and accuracy. It uses high-precision optics along with features such as multi-platform support, automated digital image capture, and quality control equipment. WILD M8 microscope has the ability to capture various types of images, such as polarized, episcopic and inverted light source, optical pathways, transmitted and reflected light, and fluorescence. In addition, this high performance microscope has been designed with high sensitivity and low noise response in order to provide exceptional image quality. The microscope's mechanical design consists of a stable and rigid metallic construction with a large base and robust column assembly. LEICA M8 microscope is equipped with a low magnification optical system that enables the scanning of biological samples up to 25x magnification. The optical unit consists of a fully-apochromatic photon-optimizing objective, which is coupled with a two-component ultraviolet machine, providing illumination from a 150W quartz tungsten halogen lamp. Furthermore, the microscope's widefield optics enable bright-field, dark-field, differential interference contrast (DIC) and fluorescence imaging. In addition, VISTEC M8 microscope is outfitted with a WILD digital camera that features a high-resolution CMOS sensor, which ensures images of outstanding contrast, color rendition, and resolution. This camera is equipped with a motorized control for capturing and streaming images, together with software to process and store them. The programmable automatic image capture feature of M8 microscope facilitates the capturing of time-lapse images, allowing quick and easy observations of dynamic phenomena such as cell growth or cell movement. Finally, WILD / LEICA / VISTEC M8 microscope also provides quality control and assurance through its integrated quality control tool. This asset automates the capture of multiple images and runs them through a series of tests to ensure that the images are captured in optimal condition. With this model, users can rest assured that their images will be of the highest quality possible.