Used ASM iHawk V #9364791 for sale

ASM iHawk V bonder is a high-performance automated wire bonding equipment suitable for a variety of wire sizes and materials, including gold, aluminum, copper and kovar. IHawk V offers advanced features and robust production capabilities for both manual and automatic operations. ASM iHawk V offers unmatched wire bonding speed and accuracy, with a unique self-adjusting dual-mode control loop which maintains a high degree of accuracy and versatility while providing high speed. The advanced dual-mode drive system provides flexibility and accuracy for different wire sizes and materials; it is capable of working on a variety of wire lengths, widths, pitches and core types. The unit utilizes the latest in machine vision systems, providing fast, accurate visual inspection capabilities. The machine uses a PC-based suite of vision tools to detect both physical defects and defects that can be detected through the electrical properties of the bond. IHawk V is equipped with a powerful set of controls including an intuitive touchscreen interface, high-precision digital servo control, and a CNC control module, providing precise control of the machine's operation over an industrial grade network. The tool offers the ability to store up to 6,000 product profiles and programs for easy access. In addition to standard manual and automatic operations, ASM iHawk V includes additional features such as advanced productivity-enhancing tools, intricate looping functions, real-time performance graphing, real-time event logging and an on-screen diagnostics window. The optional iHawk Connect feature allows for remote monitoring of the asset, including real-time process control, diagnostics and reporting. IHawk V bonder provides the latest in advanced automation capabilities for reliable and high-performance wire bonding operations. Boasting a variety of features, an intuitive control interface, advanced vision capabilities, and connectivity to remote systems, the iHawk is a comprehensive solution for the efficient production of wire bonds.