Used TEL / TOKYO ELECTRON P-8 #9407600 for sale

TEL / TOKYO ELECTRON P-8 is a prober that can be used with a variety of different wafer stages and has the ability to perform a range of device-measurement, electrical-characterization and optical-inspection tasks. It is capable of carrying out automated, comprehensive measurement operation and analysis of a large number oftest points on a full wafer surface in a single batch. TEL P8 prober features a fully automated and self contained design that has been optimized for operation in a clean environment and tightly controlled parameters. It is capable of conducting a wide range of electrical tests including resistance, capacitance, physical dimensions, conductivity and others. TOKYO ELECTRON P 8 has been designed to provide reliable, repeatable measurements that are accurate up to 0.001 microns. This ensures that users are able to obtain results which are both precise and accurate for more accurate device evaluation and analysis. Its one-touch leveler allows for extremely easy alignment and precisely, quickly calibrates the probe tip tips to the wafer surface. The built-in microprocessor-controlled light source of P 8 enables users to quickly and accurately inspect and measure devices on an optical microscope or microprobe. This includes imaging, automatic pattern recognition, surface contact measurement and proximity imaging. TEL / TOKYO ELECTRON P 8 prober also features several different user installed and programmable options, such as a wafer handling system, a high-sensitivity contact sensor and a multi-axis Z-stage mechanism. Its state-of-the-art, high-precision motor technology, with silent operation and ultra-high speed triggering, ensures superior quality and precision in all measurement operations. Additionally, its multi-mode operation allows users to program fully automated measurements and repeatable operations. P8 has been optimized to be used with a variety of extremely high-end wafer stages. Its superior wafer-handling system ensures the utmost in accuracy, repeatability and reliability. This makes it an ideal choice for any environment which requires the utmost in accuracy and reliability.