Used TEL / TOKYO ELECTRON P-8XL #9123489 for sale

TEL / TOKYO ELECTRON P-8XL is a prober designed for testing microelectronic devices. It is a metrology equipment manufactured by TEL Corporation and is the industry's benchmark for its ease of use and accuracy in matching electrical and mechanical characteristics. TEL P8XL is based on the same architecture as the company's previous models, but offers improved precision and repeatability of measurement results through the incorporated advanced nano positioning technologies. TOKYO ELECTRON P8-XL is capable of measuring devices across a wide range of processes. With its integrated "next-generation advanced stepper", it can resolve parameters with greater resolution, while its high precision dual probes guarantee an accurate flow of data between the test site and the system's PCs or external networks. Its open-architecture makes it possible to customize its operations according to specific customer requirements with a diverse range of available software and hardware tools. TEL / TOKYO ELECTRON P-8 XL prober is equipped with advanced features such as a "Passive Docking Unit" that allows for easy and fast loading and unloading of the wafer, an "Offloading Machine" that supports a wide array of contact, non-contact and hybrid probing strategies, and an EZ Menu tool that provides a user friendly GUI for easy management and monitoring of the prober's performance. The prober can be also equipped with a "third-party stage" for the automation of tasks, as well as a "High Speed Wafer Mapping Asset" for more comprehensive measurement results. TEL P-8XL is unsurpassed in accuracy and stability. Its nanometer-scale level changes and high precision movements achieve incredibly precise measurements which are used to verify devices at the cutting-edge of technology. Coupled with an award-winning waveform analysis software package, it is the ideal choice for production facilities looking for the highest level of performance. P-8 XL's combination of different solutions provides the perfect balance between real-time accuracy and high speed throughput, making it the ideal prober for any modern production line.