Used KEYENCE VH-8000 #9067269 for sale

KEYENCE VH-8000 is a state-of-the-art digital microscope equipment, combining refined optical and digital technologies into one full-featured package. The system features a long working distance of 190mm, superior magnification range of 0.5x-320x, and a 24x zoom ratio. Its unique proprietary lens design allows for simultaneous observation of both 2D and 3D images using structured illumination. The optimized illumination design of KEYENCE VH 8000 offers three distinct methods of illumination, with manual switching; brightfield, oblique and epi-fluorescence modes. The oblique and epi-fluorescence modes provide nanopatterns for surface mapping; allowing for superior quality images. The superior brightness of this unit is achieved through a high intensity LED light source, which maintains consistent brightness and uniform illumination; producing sharp, high-contrast images. VH-8000 machine offers a variety of advanced imaging capabilities, including an observation mode with the ability to capture images of samples in moisture or dry environments. This was designed for superior live images with variable speed control from 0.1x to 3.0x for manual focusing precision. It also comes with a Multi-180º video mode with full-screen HD video recording for motion sequence analysis, making VH 8000 perfect for observing fast-moving or streaming samples. For users looking for advanced video, measurement, and analysis capabilities from their microscope, KEYENCE VH-8000 offers Auto Analysis software, which combines multiple functions into one easy-to-use package. Auto Analysis allows for simple yet powerful image manipulation, structured illumination, video measurements, and automated documentation tools, such as customizable 3D profiles and GSD (Global Standardization Data) scaling. KEYENCE VH 8000 is a next-generation digital microscope tool designed to meet a variety of research and industrial scientific-level imaging needs. This powerful and versatile microscope asset is sure to provide users with the utmost clarity and accuracy regardless of the usage environment.