Used ACCRETECH / TSK APM-90A #293610774 for sale

ACCRETECH / TSK APM-90A is a fully automated wafer prober that is designed for semiconductor laboratories and device/semiconductor manufacturers. It is an economical and efficient solution for sampling, failure analysis and parametric testing of any type of semiconductor product. TSK APM90A features a unique dynamic prober to handle a minimum of two wafers with the same size and weight, with use of a dynamic fly-by motion which allows both wafers to be handled simultaneously. In addition, the prober provides precise motion control, which is accomplished through the use of linear motion motors employing precision motion control algorithms as well as precise position control of the wafer and probe. At the heart of ACCRETECH APM 90A is an advanced wafer-level probe station, which provides testing accuracy and repeatability down to the microscopic level. The prober offers precise probe force feedback and precise vacuum alignment for precise position and movement of the probes, as well as precise temperature control and a resolution of 0.1 micron in all directions, at less than 5 milligrams of force. A-PM-90A also offers a wide range of additional features, such as distributed control systems, Ethernet connections, Ethernet-based automation, a high-speed sample exchange system and onboard analysis systems. Additionally, the prober includes multiple options such as on-probe cooling, heating modules, LED illumination, and an optional XYZ motion (50mm) and a manual XY motion (150mm). Furthermore, ACCRETECH APM90A offers a wide range of features that make it an ideal prober for any application, such as its automatic alignments, step by step guide alignment, and touchless wafer handling. All these features combined make APM 90 A an excellent choice for advanced failure analysis, semiconductor manufacturing, electronics design, and other semiconductor-related research projects. It provides a reliable, accurate, and advanced testing platform to offer the most accurate results possible.