Used TEL / TOKYO ELECTRON P-8XLm #9285132 for sale

TEL / TOKYO ELECTRON P-8XLm is a robust, auto-leveling prober designed to provide precision probing and rapid wafer turnaround for integrated circuit test and measurement applications. TEL P-8XLm is a high-end equipment designed to meet the demands of modern prober systems, providing high resolution imaging and precision probing capabilities in a reliable and user-friendly package. TOKYO ELECTRON P 8 XLM is designed to optimally integrate the precision-engineered components of a typical wafer-level probing system. Its fully integrated hardware modules include a motorized XYZ stage for precise wafer positioning, an XYZ-seeker for automatic alignment, a 3-axis leveling unit, a viewing machine for sample inspection, and a loading/unloading station, housed in a compact cover. Its advanced-performance optical encoders provide high resolution repeatability and accuracy. The tool is equipped with a hard drive with various image processing functions such as defect analysis, multiple measurements, drawing functions, image registration, and image storage. In addition, P-8XLm is designed to minimize contamination. Its automated processes, such as dust removal, spectral imaging, and microscopic wafer inspection, allow for thorough sample cleaning prior to contact with probes. Contamination control is further enhanced by cleanroom compatible wafer trays and integrated protection shields around the moving stages. The prober offers intuitive, menu-driven operation. The auto-alignment and auto-leveling functions are easy to use, and its online teach-in interface allows users to manually teach in sample positions. In addition, its high-speed position setup and active motion control minimize settling time when a new sample is loaded. Overall, TEL P 8 XLM is a powerful and reliable prober asset for achieving efficient and precise wafer-level testing. Its streamlined design ensures efficient and accurate performance with minimal contamination. Its user-friendly programming and automated processes make it the ideal choice for processes requiring high-precision as a result of its robust design and integrated model control.