Used SEIWA ETA-1200 #9107328 for sale

SEIWA ETA-1200 Prober is a highly advanced wafer prober designed for accurate and efficient material processing. It is suitable for a wide range of probe and burn-in applications, as well as for testing of semiconductor devices, biochips, flat panel displays, and MEMS components. ETA-1200 features a high-precision wafer chuck and handling equipment, capable of loading a wide variety of materials, from wafers to hybrids. The system is capable of handling wafers up to 12" in diameter and can accommodate non-standard shaped wafers to facilitate the processing of various materials. The prober has an all-in-one design that allows a single cassette to be fitted with various types of probe cards for a variety of applications. SEIWA ETA-1200 Prober is equipped with a low-vibration vibration isolation unit that minimizes disturbances from handling, providing accurate probing results. Its automatic wafer alignment machine ensures precise alignment of the wafers, minimizing the time required for manual alignment. Additionally, ETA-1200 offers a contact force control tool that automatically adjusts the probe card pressure to ensure optimum contact between the probes and the wafer surface. SEIWA ETA-1200 Prober also features a high-precision automated reading station, which is capable of reading a variety of RF / microwave parameters. The prober is equipped with a high-bandwidth signal processing asset that is capable of testing at frequencies up to 6 GHz. In addition, it comes with a high-resolution data acquisition model that is able to capture and store data automatically for fast analysis. ETA-1200 Prober is designed to be a versatile tool for material processing, and its advanced features ensure accurate and efficient processing of various materials. Its robust design ensures that it can handle various types of materials, and its automated systems provide quick and easy probes and testing of various semiconductor and MEMS components. SEIWA ETA-1200 Prober is a great choice for any application that requires accurate and efficient material processing.