Used HISOL HMP-400 #9285178 for sale

HISOL HMP-400 is a high-performance semiconductor prober designed for the most challenging wafer probing applications. Its core component is a high-performance 5-axis linear motion stage with nanoscale positioning resolution and unparalleled accuracy and stability over a wide range of operating conditions. The platform is built with a customizable, easy-to-use software package for creating wafer probing recipes. The main components of HMP-400 prober include a high-precision 5-axis linear motion stage, a laser interferometer equipment, a vacuum system, an auto-focus device, a vision unit, and a chuck machine. The 5-axis linear motion stage has nanometer-level positioning accuracy and repeatability, enabling sub-micrometer-sized stepping and precise alignment of different elements being measured. The vector driven stepping tool achieves the highest accuracy in probing and ensures stability even under dynamic loading conditions. The 6-axis laser interferometer asset provides a validation of the single axis motion of the stage and performs the external real-time calibration of the entire 5-axis model. The prober's vacuum equipment ensures a reliable and accurate electrical connection performance by keeping the parts firmly together during the probing process. A full range of probe cards is available, including LHS devices, to meet the specific requirements of each application. The auto-focus device coupled with the vision system enables precise alignment of the wafer to the chuck and the pins of the probe tip. The vision unit allows to work on non-patterned wafers and provides a high level of automation, simplifying the probing process. HISOL HMP-400 is designed to offer superior wafer probing performance while ensuring high safety standards during the process. The accuracy, repeatability, and reliability of this machine ensure consistent output for high-density probing applications. The custom designed recipes and flexible design provides troubleshooting capability and helps to reduce downtime.