Used TEL / TOKYO ELECTRON P-8 #293710518 for sale

TEL / TOKYO ELECTRON P-8 is a versatile, high-precision prober, designed for probing and testing semiconductor devices at extremely precise and accurate levels. It supports a broad range of probing techniques and is equipped with a host of advanced features that allow for a wide array of testing applications. The prober operates on an XY stage, allowing for precise and precise positioning while conducting probing. The prober is specifically designed to handle multiple probing techniques, including single-wafer sample to sample probing, multi-slice probing, and other special processes. The prober also includes on-board precision optics, allowing for precise alignment of laser tips and sample positions. The prober serves as a versatile platform for probing semiconductor devices in various testing applications. It can be used for testing devices with extremely thin and small sizes, as well as for probing devices down to the nanometer scale. Furthermore, the prober can also be used for sampling, burn-in, and other repeatable precision testing applications. The prober also features a fully automated calibration system, which helps ensure that the positioning and alignment of the laser tips are precisely maintained with each sample. Moreover, the prober is equipped with advanced temperature control features, allowing for accurate temperature control of the sample wafers during testing. Additionally, the prober offers both software and hardware support customizations, allowing users to adjust the configuration of different test parameters to suit their individual needs. In conclusion, TEL P8 is an advanced prober, specifically designed to handle multiple probing techniques at extremely precise and accurate levels. It is a reliable and versatile platform that can be used in multiple testing applications and is capable of accommodating both large and small samples. The prober also offers a variety of customizable features, allowing users to adjust test parameters to their specific requirements.