Used TEL / TOKYO ELECTRON P-8 #9396526 for sale

TEL / TOKYO ELECTRON P-8 prober is a multi-channel prober designed for use on wafer probing stations. It is specifically designed to meet the requirements of advanced semiconductor processes and technology nodes. The prober is a highly automated and programmable system designed for efficient operation. It has an integrated computer-controlled scan and alignment system which enables it to accurately map and measure alignment points, features, and test samples on the wafer or die. TEL P8 prober is capable of measuring both contact and non-contact test samples. It has two high-speed digital channels that can measure up to 25um (1 mil) accuracy. With its customizable interfaces, TOKYO ELECTRON P 8 prober is capable of working with various types of test and metrology systems, including high-speed scanners, wafer sorts, and surface probe stations. The prober also features an intuitive graphical user interface that allows users to quickly set up and run probing operations. Its automatic measuring, alignment, and data management capabilities enable users to quickly obtain meaningful results from their tests. TEL P 8 prober is also equipped with several software packages. These packages are designed to assist with both automated and manual probing operations. It also is capable of performing a variety of advanced statistical analysis operations, enabling users to analyze data more efficiently and accurately. The prober is also designed and manufactured for safety. Its ergonomic design and safety features make P8 prober safe to use. It is also designed with a low electromagnetic interference rating, minimizing the possibility of interference with nearby electrical equipment. TEL / TOKYO ELECTRON P 8 prober offers users numerous advantages, making it an excellent choice for high-accuracy, automated measurement and probing operations. Its user-friendly interface, powerful hardware and software capabilities, and proven reliability make it a great option for all kinds of probing operations.