Used MJC SP-80 #293807242 for sale

MJC SP-80 is a sophisticated wafer prober designed to test chips at the wafer/product level. It is ideal for chip testing in a low-volume production environment, providing fast and accurate results. The prober is compact and space-saving, and provides outstanding accuracy with a 0.15 μm gap size tolerance setting. The prober is fully automated, and offers a number of features that enable higher success rates for test results. It has a high force setting capacity up to 50 N, allowing for testing of high-power components. The on-board heating capability reaches up to 200°C, making it suitable for hot tests. SP-80 supports many standard device testing formats, such as wide-pitch, PBGA, and BGA testing. With its user-friendly test program selection, users are able to easily choose the desired test program for the application they are running. It can also be fitted with up to four analog sensing modules and one digital interface board for further testing capability. The prober includes an intuitive software interface as well as a robust SDK with a library of over 1,500 device-testing functions. It has an auto-detection capability for finding fail-safe points, and the built-in thermal too quickly detects and locates thermal faults. The reliable and easy-to-use interface ensures that users have access to accurate and quality data while testing their devices. MJC SP-80 is compatible with a range of test points, and has a maximum sample size of 200mm. Its software is capable of loading up to 900 test programs at once along with up to 3,000 test points and can be integrated with automated test systems. Its advanced features allow users to store, edit, recall, and manage their testing programs, and its security features protect the customers' data from external access. SP-80 is a versatile and reliable semiconductor wafer prober ideal for low-volume production testing. With its advanced set of features and automated technology, it ensures that users are able to quickly and accurately test their devices with precision and efficiency.