Used QMC DSR-600 #9134180 for sale

QMC DSR-600 is a powerful, high-speed prober designed for wafer-level testing, probing and probing assembly, and other related applications. It can also be used for probing assemblies with multiple space constraints, or special requirements. DSR-600 features an all-in-one design, which allows quick and efficient wafer probing with no need for additional accessories, as well as a wide range of testing and probing solutions. QMC DSR-600 provides a maximum probing speed of 150 MHz, and can accommodate both single-pitch and multi-pitch configurations. DSR-600 also has a wide range of on-board testing capabilities. This includes both active testing, such as Contact Resistance and Impedance Testing, and passive testing, such as Resistance and Capacitance Measurement. The prober also has an Automatic Recognition System (ARS) that enables the detection of overshoot, shorts, and opens. QMC DSR-600 includes a Dual Plane Docking Station (DPS), which allows for a variety of interchangeable test fixtures for different testing requirements. For example, the DPS can be used for testing complex packages and chipsets. Additionally, the DPS gives users the ability to customize multi-pitch probing configurations and reduce the number of probes required. The system is also equipped with an Auto-Centering Probing System (ACPS), which allows wafer probing without manual alignment. This accelerates probing throughput and accuracy, enabling high-yield results. The ACPS also enables blind probing, as well as full sight probing, which allows users to optimize their testing setup. In addition to its robust features, DSR-600 also allows users to access control and data tuning software. This software allows user-friendly programming and process optimization to ensure efficient probing. Furthermore, the prober is backed by an intuitive user interface and comes with a library of predictive algorithms and data analysis tools. All these features along with expansive support and maintenance services make it an ideal option for complex probing scenarios.