Used KEYENCE VR-3200 #9363479 for sale

KEYENCE VR-3200 is a professional grade optical microscope designed to take high-resolution images and measurements in a range of scientific and technical applications. VR-3200 utilizes an advanced optical design, providing exceptional depth of field and well-defined images of microscopic specimens. KEYENCE VR-3200 features an ergonomically designed base, armature and fine focus knobs, making it comfortable and convenient to use. The microscope is equipped with an optical system consisting of a Nomarski Infinity Corrected (NI) long working-distance objectives and infinity-corrected coaxial illumination, providing homogeneous and high-contrast images with even lighting. Images are captured with a digital eyepiece with a built-in camera, allowing users to take still images and videos of their specimens. VR-3200 also has an automated stage and motorized focus. The stage provides accurate positioning and movement of specimens, allowing for more precise and rapid measurements and easy access to multiple sections of a specimen. The motorized focus ensures a smooth and precise focus while measuring and imaging. KEYENCE VR-3200 provides a 5-position nosepiece, giving users access to a range of magnifications from 5X all the way up to the maximum of 1500X. The microscope's long working distance makes it ideal for viewing larger specimens such as slides or plaques. The brightfield, darkfield, and polarized light available from VR-3200 are capable of producing high-resolution images from a variety of specimens. For further ease of use, KEYENCE has included a number of advanced features such as depth indicator, scale bar and auto reference functions. The depth indicator tells the user the depth of the sample in the field of view, while the auto reference allows the user to save the focusing position to speed up measurement. The scale bar allows the user to accurately measure the size of specimens down to the micron. Overall, KEYENCE VR-3200 microscope enables users to make precise measurements and high-quality images of diverse specimens, making it the ideal choice for scientific and technical applications.