Used MUSASHI ENGINEERING FAD 2200 #293634929 for sale

MUSASHI ENGINEERING FAD 2200 is a comprehensive PC Board assembly and manufacturing equipment designed for medium- to high-volume production. The system is designed to offer a flexible and reliable solution that can accommodate a wide range of PC board sizes, from small prototyping boards to larger production boards. FAD 2200 employs a variety of advanced technologies, including automated component placement and pick and place, automated soldering processes, thermal and wave technology for soldering operations, rapid programming and test, and a fully integrated visual inspection unit. All of these processes are designed to provide a high-precision, low-cost and repeatable production process with maximum flexibility. The machine has been engineered to provide a reliable and repeatable production process while also providing maximum flexibility. MUSASHI ENGINEERING FAD 2200 includes various levels of automation, including a four-axis pick and place head, a third-axis soldering station, and fully automated and integrated quality control, test, and programming systems. All of these processes can be adjusted to provide a high level of repeatability and quality. FAD 2200 is designed for a medium to high volume of production and is suitable for a wide range of PCB sizes. The tool features direct loading and unloading of PCBs and can accommodate a variety of components ranging from surface mount to through hole devices. In addition, the asset is configured with an array of tooling options, allowing the user to tailor the model to their specific requirements. MUSASHI ENGINEERING FAD 2200 is capable of programming, testing, and visual inspection of boards, as well as offering an array of standard tools, including a high powered microscope, pick and place cameras, and a pressure platform equipment. Furthermore, the system has integrated programming software and a range of optional programming devices to boost productivity and reduce setup time. FAD 2200 unit is designed to reduce capital and labor costs, increase efficiency and process repeatability and accuracy, and provide flexibility for custom production processes. The machine is easy to integrate into existing production facilities and can be adjusted to provide a high level of optimization and efficiency to suit the specific requirements of the production environment.