Used INBTEK IZ-WPS 5000 #293590752 for sale

INBTEK IZ-WPS 5000 is a versatile wafer prober designed for a wide range of test and inspection applications in semiconductor production. This prober offers excellent performance for high-precision metrology and circuit testing of wafers up to 200 mm in diameter. It is equipped with a multi-axis positioning stage and a set of advanced optical and electrical measurement instruments. The positioning stage of IZ-WPS 5000 is driven by advanced, direct-drive linear motors, allowing for fast and accurate X-Y-Z motions with a resolution of less than 3 µm. The stage has a robust and compact design, providing excellent handling of the wafer samples and a tight control of the probes over the entire travel range. The probe motion is configured with custom software, allowing different movement profiles such as line-scanning, scanning pattern, area mapping and multiple probe extensions. INBTEK IZ-WPS 5000 is equipped with both optical and electrical measurement instruments. Its built-in optical microscopes and automated imaging system provide visualization of the sample surface, while the electrical measurement instruments allow accurate parameters to be measured on the contact points and circuits. Its optical instrumentation includes LCD monitor, high-resolution charge-coupled device camera, and LED lighting system for imaging. Its electrical measurement instruments include a highly accurate capacitance-resistance meter and a frequency sweep generator. This capability enables precise secondary parameters such as DC voltage, current and switching speed to be measured and tested. With its advanced diagnostic and fault-isolation analysis capabilities, it supports the development of robust and efficient test workflows for integrated circuit (IC) production. IZ-WPS 5000 is one of the most reliable wafer probers available in the market, providing uniform and consistent performance over long-term operations. It is backed by reliable customer service and a two-year warranty. Its intuitive user interface provides convenient features and operability that makes it suitable for use in both research and production settings.