Used ACCRETECH / TSK UF 200SA #9266172 for sale

ACCRETECH / TSK UF 200SA is a prober designed for in-process integration, characterization and troubleshooting of electronic components. It is composed of a prober stage, where a pressure foot assembly is used to compress test sample into the probing area, and of a microscope, where the test sample is observed and examined. The prober has an XY precision motion system, which consists of a motorized XYZ stage and motorized precision foot assembly. The motion system is driven by high-resolution digital servo-controlled motors, which allow for an accurate repeatability of 0.001 mm. The prober also features a high resolution interfermometric microscope, designed specifically for electronic components. By using interference filters, the microscope is able to accurately determine and measure the thickness of very thin layers of materials, as small as 0.001 µm. The US 200SA prober also offers an observation feature which allows for an up-close view of the test sample. The feature uses multiple optical technologies, such as LED illumination and oil-Immersion optics, in order to provide excellent image quality and resolution. The observations are displayed on a high resolution color LCD monitor, which can be placed at an ergonomic distance from the microscope. The prober also comes with many other features, including a powerful Windows-based software suite with an easy-to-use graphical user interface. This software is used for controlling the prober, as well as for calibrating and testing process execution. The software also supports multiple input formats, including step and repeat operations, list tests, and programmable operations. The US 200SA prober is designed for use in extreme environmental conditions, with a working temperature range of 0 - 40 °C and a humidity range of 10 to 90%. The product is compliant with EIA/JEDEC standards, and it is CE certified. It also comes with 12 months of warranty. The prober is an excellent choice for in-process testing and troubleshooting of electronic components.