Used KARL SUSS / MICROTEC PM5 #9220455 for sale

KARL SUSS / MICROTEC PM5 is a high-performance wafer prober designed for high-throughput wafer testing and device characterization. It is capable of probing, testing, and characterizing wafers up to 8-inch in size. MICROTEC PM5 utilizes six MicroChucks for maximum wafer flexibility, allowing for simultaneous probing/testing of up to five separate wafers. The design is optimized for application-specific testing of flip chips, BGA, CSP, and SOIC packages, as well as wafer-level MEMs devices and multi-chip module (MCM) dies. It is capable of wafer and package probing under both vacuum and liquid media. Its consistent, repeatable performance is enhanced by the use of high-resolution, 70 nm resolution encoders for probe positioning along with temperature-controlled liquid media. KARL SUSS PM 5 features a CompuProbe optical pattern recognition system that enables the automated alignment of multiple probers to read patterns on the wafer. The system also includes an AutoFocus remote imaging module for rapid, accurate resolution of alignment issues. In addition, KARL SUSS PM5 is equipped with a variety of advanced features designed to support the most demanding wafer probing and wafer testing protocols. These features include optional automatic calibration and alignment, which can be used to compensate for thermal drift; a multipurpose detection probe which can detect failure and shorts, contamination, and foreign particles; and a wide range of probing strategies to improve throughput and accuracy. KARL SUSS / MICROTEC PM 5 is also designed to support a variety of value-added services such as product burn-in, wafer analysis, and end-of-line testing. It is highly compatible with various test instrumentation and software programs, allowing developers to access their data in real time through the network. Overall, PM 5 offers an ideal solution for demanding wafer testing and device characterization requirements. Its advanced features and designs, coupled with its reliable and repeatable performance, make it an ideal tool for producing high quality, cost-effective products in a fraction of the time.