Used KAIJO FB 700 #9272899 for sale

KAIJO FB 700 is a fully automated, inline fluxer and bonder equipment designed for the manufacturing of automotive and industrial electronic assemblies. KAIJO FB700 is an ideal choice for applications demanding high accuracy, repeatability and reliability. This system uses a batch-type process in which components are loaded into the bonder head, fluxed and then bonded with a positive pressure technique. FB-700 features a microprocessor-based controller with built-in, Simplified Operator Interface software that allows for full operator control. This unit can be configured to utilize a wide range of spray fluxers, jet fluxers, and die attach heated syringes for increased application flexibility. FB700 includes an easy-to-use user interface for programming, monitoring and controlling processes. All operations can be programmed and saved, allowing for easy process development and automation. The machine is designed with a robust enclosure layout and integrated safety features, including exhaust venting and interlocked access doors. FB 700 has a compact design that enables it to fit into tight manufacturing spaces. This bonder is capable of achieving high accuracy and repeatability with its high-performance linear servomotors for X, Y and Z motions. The integrated vision tool ensures placement accuracy in the XY plane with an optional Z vision asset available for height accuracy verification. KAIJO FB-700 is designed for flexibility and is capable of handling various substrate sizes, including insulation substrate, through-hole type, surface mount, and BGA type assemblies. It also has the ability to incorporate such processes as fluxing, scoring, die attach, and gold/lead wire bonding through its multiple column configuration. KAIJO FB 700 can be upgraded easily with a variety of process capabilities, making it ideal for use in a wide variety of applications. Whether used for automotive, industrial, medical, or consumer electronics, KAIJO FB700 offers unmatched performance and repeatability, allowing it to meet the most demanding requirements.