Used ELECTROGLAS 4080X PSM #9237292 for sale

ELECTROGLAS 4080X PSM is a powerful and reliable wafer probing machine that features innovative technology to provide fast, accurate, and repeatable measurements. It is a multi-functional prober and tester, which is capable of testing wafers up to 4" (100 mm). It is equipped with various probing technologies, such as multiple-contact probing, single-contact probing, alternating-current probing, and time-domain reflectometry probing. The high-speed operation ensures quick turnaround and reduces the time to market. The prober is designed to operate in a wide range of temperatures, and is well-suited for high-pressure manufacturing environments. The 4080X features optically-isolated advanced controllers, high-precision motors, and high-speed scanning, which allows for the fast testing of high-density wafers. It also includes a step motor controller and an embedded Ethernet port, both of which are designed to ensure faster, accurate, and repeatable probing. Additionally, the advanced control system offers multi-threaded task control, which allows for simultaneous testing of multiple wafers. Furthermore, the dual-axis prober comes with two advanced vacuum stages, designed to reduce distortion and heat accumulation, before and during the testing process. The prober is also equipped with a Z-axis control, which ensures precise probing and temperature control during testing. 4080X PSM comes with software that provide efficient SPC data analysis, including multi-stream I/O, off-line temperature compensation, dual-axis positioning, and an import/export ASCII data format. The software is also designed to support component libraries, which enable user-defined probing patterns and make testing more efficient. Overall, ELECTROGLAS 4080X PSM is an advanced prober, featuring high-speed operation, enhanced reliability, and sophisticated software. It is capable of testing a variety of wafers and components, and is suitable for a range of manufacturing requirements. It provides fast turnaround times and accurate results, making it an invaluable tool for probing and testing needs in high-precision environments.