In order to solve the problems of easy deviation and " warping edge" in the winding process of metal strips

combined with the transmission characteristics in the metal strip winding process

the metal strip servo winding system is studied. Based on the tracking of the edge of the metal strip

a fault-to-winding servo control system is designed. The fuzzy adaptive proportional-integral-differential（ PID） control method is used to improve the stability of the system in the process of system parameters change and external load disturbance during the winding process. The mathematical model for control system is established

combined with MATLAB simulation software for simulation analysis and experimental verification. The simulation analysis results and experimental phenomena show that this winding control system can effectively solve the problems of deviation

" warping edge" in the strip winding process

and plays an important role in improving the winding quality and production efficiency of metal strip.