Used MULTITEST MT 9308 #9407888 for sale

MULTITEST MT 9308 is a sophisticated handler used to test up to 8 devices at the same time. It is a high-end robotics-controlled test handler designed to provide a variety of functions and capabilities for high volume manufacturing and test processes. MULTITEST MT9308 provides precise device handling, precise test program execution, and a wide range of automation for test and burn-in operations. MT 9308 excels in device handling, providing up to 8 independent device test sites with optional robotic handling as well as a variety of gripping and latching mechanisms for a wide range of device sizes. MT9308 can automatically load and unload test sites and can handle a variety of device sizes and types, from standard SOIC and QFP packages to large BGA and CSP devices. The test handler is equipped with advanced servo-motors, providing precise and accurate positioning of devices. It is capable of accurately placing, holding and manipulating components to perform electrical tests, burn-in and functional tests. The capability of MULTITEST MT 9308 is further enhanced by its ability to handle various test programs. Programmable test execution, combined with the flexibility of customizable device handling, provides a full range of testing capabilities and protocols, allowing users to fully automate test sequences. MULTITEST MT9308 is also equipped with advanced diagnostic and reporting features to provide detailed information about the status and condition of devices, including failure data and analysis. MT 9308 is an integrated system, designed for maximum flexibility, robustness and performance. With its advanced safety systems, secure product handling and precise test automation, it provides an excellent solution for a variety of demanding test applications. It is an ideal choice for a wide range of OEMs, service providers and product manufacturers, allowing them to perform high-volume testing with confidence. MT9308 is a highly reliable handler, built with robust construction, durable and durable components, and efficient energy usage. It is an ideal choice for high-volume production and test purposes, providing reliable and accurate performance in a variety of application scenarios.