Used CASCADE MICROTECH / ALESSI 12000 #293616122 for sale

CASCADE MICROTECH / ALESSI 12000 is a high performance probing equipment used for semiconductor wafer testing and analysis. ALESSI 12000 is designed to provide superior testing capabilities at lower cost than other probing systems. The system consists of a prober precision positioner and prober force controllers, along with a semi-automated probing station that is able to accommodate a variety of probes. CASCADE MICROTECH 12000 offers a 4-axis actuator based prober unit with a maximum travel length of 200 millimeters. Probes can be positioned and held in place with an accuracy of up to 1.4µm, and the machine is capable of applying 0.1-200 N of force. The tool also features a range of traditional probing methods, including spring-loaded, vacuum-held, and non-contact probing. The probers can accommodate up to 16 samples at one time and can operate in multi-node mode, enabling simultaneous testing of multiple semiconductor wafers. In addition to its prober accuracy, 12000 also features multiple decoupling systems which reduce the effect of acoustic noise, vibration, and thermal expansion on the prober. CASCADE MICROTECH / ALESSI 12000 also offers automated wafer indexing and data collection, as well as integrated data analysis tools. It also provides users with a range of data processing and visualization options. ALESSI 12000 is designed to be highly reliable and durable, as it is built with a heavy-duty cast iron base, which ensures stability and longevity. CASCADE MICROTECH 12000 also features an intuitive graphical user interface and an onboard asset monitor that allows users to control and manage their systems more easily. Overall, 12000 is a powerful and highly reliable prober, offering fast and accurate testing capabilities at a cost effective price. With its advanced design, intuitive graphical user interface, and multiple decoupling systems, CASCADE MICROTECH / ALESSI 12000 is the ideal choice for testing, diagnosing, and researching semiconductor wafers.