Yamaha Sigma-F8S is a high-end module placement machine with the following main functions and roles:
High-speed placement capability: Sigma-F8S adopts a four-beam, four-mounting head design, achieving the fastest placement speed in its class, reaching 150,000CPH (dual-track model) and 136,000CPH (single-track model).
High-precision placement: The placement accuracy of Sigma-F8S reaches ±25μm (3σ), and it can accurately place small chip components of 0201 (0.25mm×0.125mm) size.
Strong versatility: The turret-type placement head design enables one placement head to support the placement of multiple components, improving the versatility and work efficiency of the equipment.
High reliability: The equipment is equipped with a high-speed, high-reliability coplanarity detection device to ensure the quality of the mounted components.
Innovative technology: Sigma-F8S uses a direct-drive placement head and SL feeder to achieve high-speed and high-precision placement, and the SL feeder has brought innovation to the replenishment operation.
Wide range of application: Sigma-F8S is suitable for PCBs of various sizes, supporting PCB sizes from L50xW30mm to L330xW250mm (dual-track model) and L50xW30mm to L381xW510mm (single-track model).
Efficient production: By adopting new technologies, the actual production efficiency of Sigma-F8S has increased by an average of 5% compared with previous models, and it can handle a variety of components, improving production efficiency.
These functions and effects make Sigma-F8S excel in the field of SMT (surface mount technology) and suitable for a variety of industrial applications, such as automotive components, industrial and medical components, power devices, LED lighting, etc.