Used KAIJO FB 118A #9276600 for sale

KAIJO FB 118A is a fully automated bonder that uses an ultra-fast, vacuum-based application for ultra-accurate and precise wire bonding. This bonding technology is designed for use in high-volume production and packaging of electronic components. FB 118A can bond thin wires as small as 0.07mm pitch with an exceedingly high degree of precision and accuracy. It features a patented Dual Bail Capable® (DBC) technology that allows for simultaneous bonding of both sides of a lead frame in a single cycle, maximizing production throughput and increasing yield. KAIJO FB 118A is capable of bonding a variety of wire sizes including gold, copper, aluminum, and nickel. FB 118A is equipped with a fully automated head-mounted vision equipment that can precisely place each wire and monitor overall process parameters. This system features state-of-the-art materials handling, enabling ultra-fast wire processing. Additionally, several additional features are available such as process monitoring with an error logging unit, integrated temperature control, and a multi-stage pre-bonding verification machine. KAIJO FB 118A can be operated via a PC-based user interface which makes operation easy for both experienced and novice users. It has a modular design that allows for quick and easy reconfiguration and maintenance. It can also be operated in either manual or semi-automatic mode, making it an extremely versatile bonding solution for production requirements. FB 118A is powered by a robust and reliable design that utilizes a three-phase power supply and is backed up by a two-year warranty. In summary, KAIJO FB 118A is a reliable and robust wire bonding solution that is suitable for high-volume production and packaging of electronic components. It features patented ultra-fast bonding technology, a modular design, and a fully automated vision tool for precise wire placement. FB 118A is backed up by a two-year warranty and is a great fit for manufacturers seeking an efficient and precise wire bonding solution.