A state-of-the-art transfer head machining machine has been launched, designed for the high-volume production of tie rod housings and capable of machining over 200 references of Outer Ball Joint and Suspension Ball Joint housings. This advanced system combines precision, flexibility, and efficiency to meet the rigorous demands of modern automotive manufacturing.
The machine features a 5-station rotary table equipped with five machining units, enabling simultaneous internal and external machining of housings. Forgings are manually loaded onto a flat linear conveyor, which eliminates the need for specific nests for each reference, ensuring exceptional flexibility. A double robotic system then transfers the parts to the machine fixtures for processing.
Once machining is complete, a third robot extracts the finished parts and delivers them to an integrated automated inspection station, guaranteeing precision, quality and offset correction. The system boasts cycle times of under 10 seconds per part and remarkably short changeover times between references, even between Suspension and Tie Rod End housings.
This innovative solution sets a new benchmark in productivity and adaptability for automotive component manufacturing. By integrating advanced robotics, artificial vision and cutting-edge machining technology, the system ensures high precision, reduced downtime, and seamless scalability, aligning perfectly with the needs of today’s high-efficiency production lines.
