Used YAMAHA / I-PULSE F2 / F3 #9121425 for sale

YAMAHA F2 & F3 are PC board assembly and manufacturing systems designed for high-speed, high-accuracy production. Developed with the latest electronic and mechanical technologies, these systems are suitable for a wide variety of manufacturing tasks. The F2 equipment is designed to employ 0201 components in component placement and is equipped with two nozzles (Backup nozzles) that allow for a maximum placement speed of 17,000 CPH. It supports a variety of package types and sizes, including RS02, SO14, CSP, and non-standard sizes. The F2 system is highly precise at 0.02 mm accuracy, with a component stabilization algorithm that dynamically optimizes placement accuracy and fail rates. The F3 unit, which is the latest model, supports 0201 through 21 mm size components for placement and is capable of widely enforced electric placement speeds up to 47,000 CPH. With its triple-axis head, the F3 guarantees high placement accuracy of ±0.025 mm. Its advanced programming methodology enables simplified programming of stencils, board designs, and component reflux, reducing set up time and eliminating safety issues. The F3 machine is also equipped with smart non-contact sensors that recognize warped boards and prevent component feed errors. In addition, the F3 has expanded inspection capability with versatile image processing and advanced algorithms. The F3 also provides in-depth data tracking capabilities, including tracking of each component and nozzle, allowing customers to easily store, recall, and analyze data. By combining the F2 and F3 systems, operators can enjoy increased output and quality. The great versatility and flexibility of these systems make them the ideal choice for high-volume industrial production. They can be used for traditional through-hole assembly, surface-mount assembly, and soldering, as well as soldering of special components. This makes YAMAHA / I-PULSE F2 / F3 PC board assembly and manufacturing systems a powerful solution for those looking for the highest quality and efficiency in their operations. With their latest technology, these systems can help users maximize their development and manufacturing productivity.