Used SEMICS Opus3 #9223504 for sale

SEMICS Opus3 is a prober for failure analysis, back-end production testing, and wafer sort. It uses innovative technology to ensure accurate and efficient operation, making it a valuable tool for engineers and scientists alike. SEMICS OPUS 3 has a unique aerodynamic design that reduces contact and loading forces, while increasing both probing accuracy and product yield. The tip-to-square ratio also helps to achieve lower parasitic capacitance between pads, allowing for faster device characterization. The machine is equipped with a high-precision head that can move horizontally and vertically with an accuracy of ±20 microns. In addition, there are several sensors and scales to measure force and position in order to improve yield and performance. A convenient selection of force and speed controls allows the user to adjust the probing parameters for specific applications. This ensures that measurements are accurate and reliable without reducing throughput. The contact pin movement can be programmed to minimize wear of the pins while allowing for a uniform variety of sizes and shapes to be probed. This capability greatly reduces the amount of time needed to reposition the pins between measurements. In addition, the contact pins can be used up to 25 million times, meaning that investments in additional contact pins are only necessary after significant use. The prober is also equipped with a 90-bay in-situ vacuum detection system that synchronizes with the event capture and probing processes. This system allows users to detect and mark defects during the probing process while eliminating the need to take any extra steps. Furthermore, the entire system is controlled by a Windows-based PC, allowing for user-friendly operation and performance diagnostics. Overall, Opus3 is a reliable and high-performance prober that gives accurate measurements quickly and efficiently. Its precision and flexibility make it an ideal choice for back-end production, failure analysis, and wafer sort applications.