Used RUCKER & KOLLS / R&K 680A #9396064 for sale

RUCKER & KOLLS / R&K 680A is a high-precision surface prober designed for industrial and scientific applications. It utilizes a unique hybrid optical/ scanning tunneling microscopy (STM) technique to provide high-resolution imaging with high resolution, sub-nanometer sensitivity, and a host of features and functions. The prober employs an advanced micro-spot optical system to achieve unprecedented accuracy and resolution while measuring surface features. It is capable of measuring topographic features with nanometer level alignment accuracy and sub-nanometer level precision. The prober also has the capability to measure crystal structures and films, as well as external pins for contact-based applications. The prober's design is optimized for precision, speed, and ease of operation. It has automated alignment and navigation capabilities, enabling users to quickly move between multiple samples with no additional setup. Furthermore, the prober has a modular design, allowing for a customizable configuration and the ability to add or remove components as needed. The prober's advanced imaging techniques provide a range of advantages for research and production applications. It has an extremely wide dynamic range and can measure surface features with high resolution. Additionally, the prober features a unique data collection option that can quickly capture a high-resolution image of a large area, allowing for in-depth analysis of the surface topography. Furthermore, the prober lets users store and view data in both 2D and 3D formats. Controlling and data acquisition for the prober is handled by an intuitive, user-friendly software package. This allows users to easily program the prober for their specific tasks, as well as store, analyze, and reproduce data for review. Overall, R&K 680A is an extremely versatile solution for high-precision surface analysis. With its unique hybrid optical/STM technique, the prober is well suited for a wide variety of industrial and scientific applications. Furthermore, the prober's modularity and range of advanced features make it an ideal choice for both research and production environments.