Used WENTWORTH MP-926 #9214463 for sale

WENTWORTH MP-926 is a premium, state-of-the-art electrical prober designed to provide accurate and reliable measurements for large-scale and complex semiconductor materials. This prober offers easy accessibility to high-precision testing solutions for both laboratory and production-level environments. MP-926 uses advanced probes and probesets to measure capacitance, resistance, inductance, noise, and other electrical properties of semiconductor materials. The integrated wafer testing equipment features dual-resonance probesets, enabling the investigation of multiple properties including reverse bias measurements, low-level current measurements, C-V measurements, and dielectric measurements. WENTWORTH MP-926 is equipped with a large LCD display and menu-based system, providing users with easy access to all of its features and functions. The unit has multi-run automation capabilities and a built-in fixture-level scanner, allowing it to accurately measure multiple wafers simultaneously. The advanced probe recognition machine improves measurement repeatability by automatically recognizing the probe in use. The tool's advanced manual and automated sample alignment ensures accurate results and a higher level of efficiency. The prober's powerful yet easy-to-use manual alignment methods guide the user through each alignment step with detailed text and illustrations, allowing for precise placement and alignment of the probe. MP-926 comes with a wide range of powerful electronics and accessories, including a switching asset and a precision power supply. The automated switching model provides controlled and repeatable power supply transitions, while the precision power supply allows the user to perform voltage and current measurements in a safe and reliable manner. WENTWORTH MP-926 is an ideal choice for anyone looking to increase accuracy and improve production efficiency. The advanced features and intuitive design make it a powerful, reliable, and easy-to-use prober for any application.