Used ACCRETECH / TSK MHF 4000 #182501 for sale

ACCRETECH / TSK MHF 4000 is a high-precision wafer and thin film prober that is designed to provide a flexible, stable and user-friendly platform for evaluation of working semiconductor devices. It is ideal for use in both research and production environments. TheMHF 4000 is designed to provide superior accuracy and performance combined with low cost of ownership and truly outstanding value for money. With an optimized movement equipment and a construction designed for accuracy, it is the ideal prober for semiconductor device testing and evaluation. TSK MHF 4000 has a broad range of test options ranging from optical probe, wafer, thin film and multi-chip module tests, as well as a range of test functions such as multi-site, repeat, and station wobble. The system also features optional automation systems and a comprehensive user interface, making it ideal for both manual and automated testing. ACCRETECH MHF 4000's enhanced performance is further augmented by its programmability. The unit can be programmed to repeat its movements in order to reduce the testing time of a single device or even multiple devices. It also features patterns that enable high accuracy testing of wafers and thin films, such as repeat signal and pattern inspection. The prober is also equipped with a built-in measurement machine (MEMS) that enables the tool to test and analyze the electrical properties of devices at high-speed. The asset also offers enhanced connectivity with other digital instruments such as microscope systems. MHF 4000 offers reliable, accurate operation thanks to its uniquely designed inspection head, which is coupled with a precision piezo drive. The inspection head is capable of extremely accurate motion control, ensuring consistent test results. The significantly reduced time and effort in working with ACCRETECH / TSK MHF 4000 makes it an excellent choice for the most demanding applications. In summary, TSK MHF 4000 is a powerful and reliable prober that offers excellent accuracy and performance. Its low cost of ownership and extensive range of features make it an ideal choice for both research and production environments.