Used ASM AD 889 #9389880 for sale

ASM AD 889 is a die attacher from ASM Automation, Inc. It is a top-of-the-line automated die attachment equipment designed to precisely and reliably attach semiconductor dies to lead frames used in the manufacture of semiconductor components. It is ideal for back-end process applications, as it is capable of handling any size die array and lead frame profile with high accuracy. ASM AD889 consists of a robust integrated frame with a control module, vision and microscope systems, software, and custom pick-and-place tools. Its intuitive control interface allows it to function seamlessly with production and validation systems. The vision and microscope systems allow the system to accurately identify the die and lead frame profile, as well as helping to identify any damage or debris for rejection. The custom pick-and-place tool unit precisely places single die (in specific, evenly spaced locations), array die, and lead frames for reliable die placement and robust chip performance. The machine offers high precision in die placement, with one-micron accuracy and pick-and-place repeatability of three microns. The high speed operation capability of the machine makes it ideal for high-volume production. It also offers an innovative feature called Auto Recalibration for real-time feedback on die placement accuracy. This feature helps to ensure the accuracy of the process and reduce downtime due to recalibration. Additionally, the integrated servo drive supports stable and reliable operation, especially during extreme conditions. AD 889 is designed to provide a cost-effective, speedy, and reliable solution for die-attach process applications. It can work with virtually any size of standard or custom lead frame profiles and die array types. Additionally, its intuitive and user-friendly interface eliminates the need for extensive operator training and facilitates quick and easy setup. The die attacher also offers easy maintenance and low energy consumption, making it an economically viable solution in the long run.