Used ACCRETECH / TSK APM-90V #9217160 for sale

ACCRETECH / TSK APM-90V is an automated prober specifically designed for the testing and measurement of semiconductor devices. This versatile equipment has been designed to be used for both wafer-level probing and bare die testing. It is equipped with a precision four-axis motorized stage to allow for easy and accurate positioning of either a wafer or the individual bare dies that are to be probed. It utilizes a high-speed X-Y lift to ensure that the optimal contact force is achieved between the prober and the device under test. TSK APM-90V features a robust motorized wafer-level automated probe card loader that is capable of managing a variety of positions and wafer thicknesses. It further features an integrated laser marker that allows for on-the-fly wafer marker information to be directly added to the tested die. It is compatible with a wide variety of cassette adaptors to deliver maximum flexibility in testing a variety of device types. The prober is equipped with an upper and lower load port, which facilitates the loading and unloading of devices without the need for manual handling. The system features proven TSK PC-based Prober software, which allows for the controlling of several testers from one user interface. Customized macro programming, automated test reports, and data archiving are all supported. The unit is also capable of incorporating a high-accuracy view camera machine to provide detailed die-level inspection. ACCRETECH APM-90V is designed to handle device pitches ranging from 1 um to 6.5 mm with its 300-mm calibration standard. The tool features a force compensation asset designed to eliminate variances in the contact forces across the device under test and the temperature-controlled environmental chamber provides reliable and repeatable testing with minimized drift. In all, APM-90V prober is a versatile and resilient automated prober designed to facilitate repeatable and reliable testing of semiconductor devices in a variety of forms. It is equipped with a variety of support systems housed in a condensed footprint to provide for maximum efficiency.