Used KEYENCE VK-8510 #9276384 for sale

KEYENCE VK-8510 is an advanced microscope equipment used in academic and industrial research laboratories across many disciplines. It combines the latest advances in optical design with sophisticated motorized XY scanning technology to provide the highest level of detail and resolution possible. KEYENCE VK 8510's optical system features an infinity plan objective lens with long working distance, a high numerical aperture, and a long focal length. This high-performance optical unit enables bright-field, dark-field and polarization contrast imaging. The infinity plan objective type also offers high resolution images with low spherical aberration. VK-8510 is designed with a product center of 19mm enabling a wide variety of sample sizes to be viewed. The optical head is able to tilt up to 30⁰ and the objective and zoom features allow for a maximum working distance of 50mm. This long working distance, combined with the built-in LED illumination, offers detailed 3D imaging with sample depths of up to 90um. To make navigating and capturing images from samples easy and accurate, VK 8510 is equipped with a motorized XY scanning machine. This tool provides precise handling of the specimens, making fine movements of shorter than 16nm possible. It can also scan images at high speeds of up to 30 frames per second. Adding to the capabilities of KEYENCE VK-8510 is its unique user-friendly features. It has a wide 7-inch LCD touchscreen monitor to improve user experience. Also, the device is compatible with Windows/Mac OS and control software that allow users to take advantage of unique features such as noise reduction, image optimization, contrast enhancement, focus control, and a library of image settings. KEYENCE VK 8510 is an all-in-one microscope asset that combines cutting-edge optical design, sophisticated motorized XY scanning, and user-friendly features. Its wide range of features and advanced technology offer researchers and engineers the highest resolution and finest details in imaging and imaging analysis.