Used SEMICS Opus III SH #9408057 for sale

SEMICS Opus III SH is a versatile prober equipment designed for testing and measuring of wafers and dies. The system consists of two core components: a capacitive scanning head, and Opus III SH prober unit. The capacitive scanning head is a robotic unit which scans a wafer or die in a raster pattern to detect the orientation, position and distribution of contact points. The scanned data is fed to SEMICS Opus III SH prober, which is equipped with a high-resolution image sensor and a variety of options for calibration and testing, such as automated and manual adjustment, high-intelligence wafer handling and alignment, and full temperature control. Opus III SH prober's testing capabilities allow for fast, accurate testing and probing of a wide array of devices on the current market, from passive components to advanced integrated circuits and microprocessors. These capabilities are made complete with its automated sorting and alignment of devices, and its high-speed laser scanning and, with the appropriate options, 3D readings. The machine's accuracy and precision are further enhanced by a wide range of tool control options, such as accurate 0.001" calibration, unique measurement points, "force-distance" reading and automated vision positioning. The asset's dynamic performance capability allows for automatic testing and accurate dynamic readings, as well as for higher-capacity testing protocols. SEMICS Opus III SH is a superior choice for testing and measuring sensitive components, such as MEMS and energy-sensitive products. The specially designed head and unit feature advanced vibration-cancellation technology, and a comprehensive range of safety features, including automatic shutoff, to ensure safe, efficient operation. This advanced prober model is the perfect choice for maximizing productivity and minimizing downtime. Its intuitive user interface makes for fast, intuitive operation, and its versatility, scalability, and customization make it an excellent choice for a wide variety of projects and industrial contexts.