Used TEL / TOKYO ELECTRON P-8 #9289460 for sale

TEL / TOKYO ELECTRON P-8 is a prober made by the company TEL, a world leader in semiconductor, photovoltaic, and other related materials making. TEL P8 is a high-precision automatic probing equipment designed for high-speed and highly accurate shaping and measurement of Wafer-Level, Multi-Core and Non-Flat ICs, MEMS and 3D ICs. The system uses advanced techniques to minimize nonlinearity, curvature and optical artifacts of the wafers being shaped and measured. TOKYO ELECTRON P 8 utilizes a combination of both contact and non-contact technologies to measure and shape wafers to precise tolerances. For example, it uses contact force measurement to ensure accurate and repeatable contact between the probe tip and the wafer. Non-contact technologies such as laser interferometry, air bearings, and precision linear stages are used for precise control of tool motion and shape acquisition. With its advanced control unit, TEL / TOKYO ELECTRON P 8 can access a wide range of pattern sizes with precise accuracy. It has a fast probing speed and is capable of capturing over 500 wafer patterns in a single sweep. The machine uses a high-resolution pattern recognition algorithm to locate patterns which automatically adjust the probe tip size to maintain accurate and consistent contact and measurement readings across the entire sample. The tool is designed with safety features in mind, offering protection features such as a protective cover, temperature and humidity monitoring, automatic shutdown, and surface strain limiters. Additionally, the asset has a number of built-in diagnostics to detect and diagnose model faults. Overall, P-8 is an excellent prober choice for anyone looking for high-precision, high-speed wafer shaping and measurement. It utilizes advanced design techniques, offers robust safety features, and offers a wide range of pattern sizes with precise accuracy. Highly productive, cost effective, and most importantly, reliable, TEL / TOKYO ELECTRON P8 is sure to deliver the desired results.