Used ACCRETECH / TSK A-WD-10B #293634135 for sale

ACCRETECH / TSK A-WD-10B is a state-of-the-art automatic wafer prober that is designed for automated electrical measurement on semiconductor devices. TSK A-WD-10B prober offers improved accuracy and repeatability for probing processes. The prober's compact and efficient design makes it ideal for use in a variety of laboratory and industrial applications. ACCRETECH A-WD-10B prober is capable of performing both high-speed single-contact probing and multi-contact probing. The prober is equipped with an intuitive user interface that allows users to easily set up and monitor their probing processes. Additionally, A-WD-10B prober can be configured with a variety of axes and tooling configuration options, allowing users to maximize the accuracy of their probing processes. ACCRETECH / TSK A-WD-10B prober is designed with a hardened steel frame that is highly resistant to damage and vibration, ensuring high levels of accuracy and precision in probes. The prober is equipped with a low-vibration precision cylinder unit that provides superior repeatability in probing operations. Additionally, the prober features a stable Z axis and a high-precision feed unit with minimal backlash for precise sample contact. The prober is also equipped with a variety of self-cleaning features, including air-shower and scrubbing devices, which help maintain a clean and contamination-free environment for sample probing. The prober is also able to self-diagnose potential problems, offering users a reliable and cost-effective solution for probing processes. Additionally, the prober is designed with safe guarding technologies to prevent damage to the samples during operation. Overall, TSK A-WD-10B prober is an ideal solution for automated semiconductor device probing processes, providing users with a durable and accurate solution for their needs. The prober's intuitive user interface, configurable tooling, and robust frame make it a reliable and cost-effective solution for a variety of applications.