Used SIEMENS Siplace F5 #9247280 for sale

SIEMENS Siplace F5 is an advanced machine engineered for pc board assembly and manufacturing in high-volume automation environments. It is the next generation of the Siplace series and features a top-of-the-line design, innovative technologies, and unbeatable cost-performance. SIEMENS SIPLACE F 5 is equipped with an integrated multi-nozzle technology that can process up to 120,000 components per hour. This precision performance is augmented by an intelligent control system and two high-speed vision-based placement systems. These systems utilize advanced algorithms to accurately recognize components and reduce setup times. Siplace F5 is also equipped with an intuitive user interface and a powerful motion controller that enables high speed and precision with reduced motor torque. SIPLACE F 5 features an impressive array of sophisticated features. It includes a pick-and-place vision system that captures component images and instantly transfers to the Siplace program. It is also equipped with an intelligent vision-assisted component alignment technology that precisely aligns components and reduces production cycle times. Additionally, it includes a material optimization system that uses an adaptive placement strategy and continuous online feeder optimization. This ensures optimal throughput and component utilization. Furthermore, it offers advanced data-logging and process optimization features, as well as sophisticated reporting and diagnostics capabilities. SIEMENS Siplace F5 is built with self-monitoring and diagnostic features that keep the machine error-free and prevent downtime. It also comes with an optional shield to protect it from dust and adhesive particles generated during processing. Furthermore, it is designed to be highly durable and requires minimal maintenance. SIEMENS SIPLACE F 5 is a powerful, advanced, and cost-effective solution for pc board assembly and manufacturing. It makes the process faster, more accurate, and more reliable. It is perfect for high-volume automation environments.