Innovative double-station structure design, welding and annealing work simultaneously, avoiding waiting time, single-piece cycle ≤7 seconds, overall production capacity increased by about one-fold, meeting the needs of OEMs for cycle efficiency and high delivery stability.

Designed for welded ball pins, it not only meets strict technical indicators such as strength and coaxiality, but also significantly reduces manufacturing costs. It is an ideal alternative to one-piece ball pins, achieving cost optimization while ensuring performance.

Integrated online slow cooling, high temperature annealing and other heat treatment function modules, significantly improve the weld structure, improve the fatigue resistance and wear resistance of the ball pin under various complex working conditions, and extend the service life of key parts of the vehicle.

The welding process has the functions of curve monitoring, data collection and abnormal alarm of welding data, combined with the displacement detection before welding and the visual CCD size detection system after welding, to ensure that each product can be traced in real time, fully inspected and automatically sorted.

The graphical human-machine interface (HMI) and the data system of the host computer are linked to support parameter setting, historical query, status monitoring, easy operation and efficient maintenance; at the same time, it has the ability to be compatible with multiple varieties and supports fast model change and program switching.