Used WILD / LEICA / VISTEC M8 #77635 for sale

WILD / LEICA / VISTEC M8 is a high-performance research microscope which is used for a variety of research applications in academic and industry settings. WILD M8 features a highly advanced optical equipment with an infinity-corrected design that provides maximum performance in both reflected and transmitted light applications. The microscope has a total magnification range of 0.18x - 2000x, enabling users to capture highly detailed images of samples at a variety of magnifications. LEICA M8 is an upright-standing microscope, with a wide lower body that acts as the main work area for M8's many components. On the left side of the microscope is a high-resolution digital camera, used to take digital images of the samples being studied. On the right side of the microscope is the stage focus knob, which is used to adjust the focus of the sample. The upper body houses the large objective lenses, enabling users to adjust the optical system of the scope to the ideal configuration for the particular sample being studied. VISTEC M8 also features an integrated LED lighting unit, providing users with the brightest possible images of their samples. The LED lighting source can be adjusted in both intensity and colour, allowing users to adjust the illumination to give the best possible image. WILD / LEICA / VISTEC M8 also features a computer interface, allowing users to connect the machine to their PC or laptop computer. WILD M8's data acquisition tool allows users to save images directly to the computer. This allows for digital archiving of the images taken, and for them to be shared and analysed further. LEICA M8 is the newest model in WILD family of microscopes and is a high-end instrument offering researchers unparalleled image quality, flexibility, and performance. It is an ideal choice for research applications in biology, medicine, archaeology, materials science and many other areas. Thanks to its advanced optics, wide magnification range and integrated LED lighting asset, M8 is sure to be a significant advancement in research microscopy.