Used TRIVAC D4A #9124133 for sale

TRIVAC D4A is a compact, open prober that offers precise probing and positioning for wafer and sample measurements. This well-crafted, lightweight prober is designed for use in various fields of wafer probing and analysis, including testing, characterization, and diagnostics. It features a robust frame design, meaning that it is reliable and long-lasting. The prober is made from a stainless steel construction, which is highly resistant to corrosion and wear. D4A includes a variety of advanced features such as an auto-levelling mechanism providing adjustment to both the microscope as well as the chuck positions throughout the probing process. This ensures accuracy and avoids damaging the wafer or sample being probed. Other innovative features include a retractable probe arm, which allows users to easily access areas near the sample or wafer. Additionally, the probe arm can move both vertically and horizontally for optimum flexibility in movement. The prober also includes a controller with multiple user-selectable parameters that allows for precise and repeatable measurements. TRIVAC D4A has an intuitive user-interface featuring easy-to-use touch buttons, which provides fast and efficient operation. In addition, the controller allows for remote monitoring and control of the prober, enabling data acquisition, storage, and analysis through the external computer. Furthermore, the prober can be integrated with data processing and analysis software for automation. D4A has been designed with robust safety features for user protection, such as a fingertip sensor that stops the probe movement if it comes into contact with a finger. In addition, the prober has an electronic overload protection mechanism to protect against potential damage. Overall, TRIVAC D4A prober is a robust and reliable tool for wafer and sample testing and measurement. With its advanced features, intuitive user-interface, and extensive safety measures, D4A is an ideal choice for researchers and engineers who require precise and repeatable measurements.