Used KEYENCE VHX-6000 #9389182 for sale

KEYENCE VHX-6000 is a digital microscope that is used for a range of industrial, scientific, and research applications. It is a digital metallurgical microscope designed to greatly reduce the time it takes to observe and analyze components and samples, and in doing help increase efficiency in industrial processes. KEYENCE VHX 6000 includes three stages, an incident light stand, an incident light LED that is adjustable in brightness, and three objectives - a wide field eyepiece, a 0.7X objective, and an infinity-corrected objective. This powerful microscope is also equipped with a variety of powerful imaging features, including high dynamic imaging (HDI) which allows for higher contrast, higher brightness, and higher resolution images; the unique Macro Lens that allows for detailed observation of large or bulky samples; and a magnification range of 10x to 1000x. VHX-6000 also includes an imaging software package that makes it easy to observe, analyze, and capture images directly from the microscope. It supports a wide range of functions and tools, such as image stitching, measurement tools, and advanced image analysis tools for numerous industrial and research applications. The software allows for a great level of image control and efficient data management, which can be shared as part of a collaborative effort. VHX 6000 has an ergonomic design for easy and comfortable use, and is made of lightweight and durable materials that ensure top-level performance for many years. KEYENCE VHX-6000 also features anti-vibration technology, which is very beneficial when viewing vibration-sensitive components such as nano-structures. In conclusion, KEYENCE VHX 6000 is an excellent digital microscope for any industrial or research application. It combines a wide range of advanced imaging features, ergonomic design, and software systems with anti-vibration technology to provide high quality and reliable images. With its powerful imaging capabilities, VHX-6000 is a great solution for all industrial and research applications.