Used SPEA C320-MX #293590349 for sale

SPEA C320-MX final test equipment is a comprehensive automated test system that is designed for high throughput production testing of high-end devices. It is suitable for industries where reliable, fast and consistent results are essential. The unit has a modular design and provides flexibility and scalability for the production environment, enabling cost-effective, high-throughput automated testing. It is designed to handle a wide range of test requirements, and its flexible architecture allows for integration with existing test equipment and processes. The machine has a powerful Windows-based control tool that allows easy programming of different tests. The modularity of the asset enables adding additional test applications quickly and easily. The model is capable of testing a variety of devices, including embedded systems, embedded controllers, high-end PC cards, consumer electronics, and industrial electronics, among others. SPEA C320MX has an efficient data-collection equipment for the capture and storage of test results. This data-collection system stores data in an SQL database, allowing for collecting and sorting of test results for easy reporting. The unit also provides a web interface for remote access and control of the machine. The tool's high-efficiency power supply provides reliable energy, making testing efficient and cost-effective. In addition, the asset has a waveform generator that provides flexible waveforms for testing high-end devices. The model is also equipped with an array of diagnostic tools to help in troubleshooting of devices. C320-MX is a highly efficient equipment that is designed to perform quick, accurate, and reliable tests of high-end devices. Generating the right waveforms and test results, it provides great flexibility and scalability in terms of testing. With its wide range of possible tests, the system is suitable for complex and time-sensitive projects. As a result, it is the preferred solution for production testing of high-end devices in demanding environments.