Used SIGNATONE CheckMate CM-312 #195247 for sale

SIGNATONE CheckMate CM-312 is a prober designed to enable automated electrical testing. It features a modular equipment configuration allowing for maximum test station flexibility, and process integration. It is structured with a lower base platform that is used to mount the prober's table, positioning system, and drive motors. The table is used to support the sample and the probe head that interfaces the probe card. The positioning unit is used to accurately position the probe head, which is driven by a three-axis machine, allowing for the probe card to be positioned at any angle to ensure optimal electrical contact. CheckMate CM-312 features a unique design that utilizes a slotless-electromagnetic open-frame linear motor. This design, with its low inductance, high force and quick acceleration capabilities, improves the prober's throughput and reliability of electrical testing. Additionally, a built-in vision tool is integrated for automated alignment and test pattern recognition. This asset supports alignment accuracy and alignment speed, enabling reliable tests with fine pitch devices. SIGNATONE CheckMate CM-312 is designed to guarantee optimal test probes contact during the test, providing a consistent contact force. This is achieved by including a probe contact monitor feature to track the actual contact force and adjust the applied force automatically. The prober also features an integrated SEMI Standard Compliance Manager (SCM) to ensure compliance with SEMI standards and procedural rules at all times. This ensures reliable, repeatable, and adjustable operation functions regardless of any user-defined settings or model parameters. CheckMate CM-312 provides a graphical user interface for equipment configuration, setup, and operation. Furthermore, the prober can be integrated into automated processes, providing multiple connection facilities with other industry-standard systems. SIGNATONE CheckMate CM-312 is an ideal prober device for automated electrical testing. Its advanced design and features ensure optimal throughput, reliability, and fast turnaround times for a broad range of applications. With its accuracy, repeatability, contact force monitoring, and operations configuration, it provides an optimized prober system for electrical tests.