Used KEYENCE VF-7510 #293635211 for sale

KEYENCE VF-7510 is an advanced optical microscope that is ideally suited for a variety of scientific and industrial applications. It offers superior imaging performance in a range of areas, including material analysis, cell biology, life sciences, and pathology. VF-7510 features a large field of view that can accommodate up to a 0.7-micron pixel size, providing users with a clear, detailed image. The microscope can be configured with a variety of objectives and eyepieces, allowing for a range of resolving power from 50x up to 1000x with numerical aperture values from 0.177 up to 1.35. Additionally, the microscope's high numerical aperture lens results in outstanding image quality and excellent chromatic correction. The microscope can be easily adjusted and operated using its intuitive user interface, which allows for the adjustment of heights, image quality settings, and illumination settings. This ensures that users can quickly and easily configure the settings for their desired application. In addition, it features an ergonomic design and a wide range of accessories that make it suitable for extensive imaging and analysis tasks. KEYENCE VF-7510 uses an advanced full-frame, 1.3M-pixel digital camera and adjustable dimming to capture and manipulate a wide range of light and dark objects. The microscope also includes a variety of digital tools, including a realtime image zoom and pan, image alignment, and image sharpening. Additionally, its enhanced 3D imaging system enables users to precisely inspect and measure large objects. VF-7510 also provides users with a range of compatible software solutions that allow for simple editing and assembly of images, with added export functions such as polarized light output and bit manipulation. Furthermore, additional software allows users to create archived files of the images, perform 3D measurements, or embed annotations in the digital images. KEYENCE VF-7510 is an ideal choice for researchers and professionals alike, as it provides users with reliable performance and superior image quality. This makes it an invaluable tool for a variety of applications, ranging from material analysis and cell biology to life sciences and pathology.