Used ACCRETECH / TSK UF 3000 #9361998 for sale

ACCRETECH / TSK UF 3000 Prober is a full featured, high performance probe equipment designed to facilitate efficient and accurate electrical testing of semiconductor devices. It is a fully automated system that can perform both probing and retesting on wafers up to 200mm in diameter. The prober is equipped with a high-precision, dual-arm XY/Rz manipulator and custom-designed chuck and blade assemblies that provide a high degree of accuracy and repeatability. It is capable of supporting single and dual-sided probing with precision all the way to the 30nm technology node. It is also capable of supporting top and bottom side testing, making it a versatile prober with a wide range of capabilities. TSK UF 3000 Prober is equipped with a vision unit for accurate alignment and visual indication of contact. It is also equipped with a custom-designed alignment machine which can locate components by detecting the micro pad pattern. ACCRETECH UF3000 is capable of probing on single-sided test structures as shallow as 2 microns, allowing the probing of devices with very small geometries. The tool features a high-speed wafer handling capabilities, reducing the size of predetermined trial area and providing faster test time. Additionally, the prober is equipped with intelligent probing sequences that automate the entire testing process, eliminating manual intervention and ensuring consistent and accurate tests. TSK UF3000 also contains a comprehensive set of diagnostic tools to monitor and report on asset performance. This includes temperature monitoring, over-temperature protection, power supply monitoring, voltage status monitoring, and optical alignment performance. These diagnostic tools help ensure that the prober is performing properly and consistently, and help reduce the time needed for repairs and maintenance. ACCRETECH / TSK UF3000 Prober is capable of meeting the industry's highest performance requirements and is well suited for production environments that require high yield and throughput. This makes it ideal for production and development of advanced electronic components.