Used MUSASHI ENGINEERING FAD 2200 #9138691 for sale

MUSASHI ENGINEERING FAD 2200 is a PC board assembly and manufacturing equipment that offers best-in-class performance for fast, accurate and efficient electronics manufacturing. This system employs advanced technology and features to provide excellent reliability and ease of use. It is designed to meet the highest standards of mechanical, electrical and quality requirements in the industry. The MUSASHI FAD 2200 utilizes a state-of-the-art multi-function motion controller to achieve extremely fast, high-precision assembly of components. It features advanced motion control and high-torque parts sorting that maximize throughput and minimize material handling time. The unit also incorporates 3D printed parts to ensure accuracy of placement and provide an efficient solution for the assembly of complex components. Overall, this machine offers a very high level of accuracy, speed and flexibility for electronic board assembly and manufacturing. The tool is capable of operating at speeds of up to 10kHz, offering up to 98% accuracy, and incorporating automated and manual processes. The asset is complemented with MUSASHI-manufactured production software, which is designed for simple, efficient operation and a comprehensive analysis of quality control. The model also includes a range of other features to facilitate production, such as an error detection equipment, automatic component recognition, and an easy-to-use process repeat system to ensure high product quality. In addition, the unit is capable of data logging and quality control. Finally, the machine features a variety of safety features, including safety switches, emergency shut-off, and optical sensor guards. Ultimately, MUSASHI ENGINEERING FAD 2200 offers a comprehensive solution for accurate, fast and efficient PC board assembly and manufacturing. With its robust design, high-level accuracy, ease of operation and quality control features, it is an ideal solution for those looking to streamline their electronics manufacturing processes.