Used KEYENCE LK-2000 #9015168 for sale

KEYENCE LK-2000 is an advanced wafer testing and metrology equipment designed to deliver precise and accurate measurements across a range of wafer types. It utilizes a sophisticated optical system comprised of two lasers, which produce a highly accurate 3-D measurement map that is suitable for a wide variety of applications. The main elements of the unit are the optics, lasers, and camera. The optics utilize a combination of reflection and automated alignment techniques to ensure proper positioning and focal accuracy. The two lasers provide a vivid 3-D measurement map that is suitable for applications in both high and low-volume production. The camera is capable of capturing high-resolution images of the entire wafer, including both standard and specialty substrates. It is equipped with a HighLight technology lens, which provides a wide field of view as well as a high depth of field, ensuring that highly defined images are captured even from a distance. Furthermore, with this unique imaging machine, fast and automatic alignment of images can be achieved to ensure accurate analysis. LK-2000 is designed to be user-friendly, and a range of software is available for easy operation. These software packages enable users to quickly and easily analyze a variety of test results. For example, the software can calculate profile and surface image characteristics such as surface roughness, uniformity and deformation. Furthermore, advanced filters allow for better focus and optimization of visual information. KEYENCE LK-2000 has a number of unique features that make it well-suited for wafer testing and metrology. Its high-precision optics and lasers ensure that accurate and reliable measurements can be taken. The user-friendly software packages make the tool easy to use, and the camera's HighLight technology lens ensures high-resolution images can be captured from any distance. The asset is also lightweight, making it easy to transport and suitable for placement in almost any laboratory environment.