Hybrid Optimization Method for Correcting Synchronization Errors in Tapping Center Machines

A hybrid method is proposed for optimizing rigid tapping parameters and reducing synchronization errors in Computer Numerical Control (CNC) machines. The integrates uniform design (UD), regression analysis, Taguchi method, fractional-order particle swarm optimizer (FPSO) to optimize parameters. Rigid were laid out a 28-level layout the experiments this study. Since UD provided with dispersion experimental space, method’s iconic points. Next, results analysis used obtain significant function. To parameter values from function, FPSO was selected because its diversity algorithmic effectiveness are enhanced compared PSO. indicated that could suitable values. best combination yielded comparisons of non-systematic method. actual CNC machining tools during factory commissioning process. From process perspective, rapidly accurately minimizes error 23 pulses 18 processing time 20.8 s 20 s. In conclusion, reduced needed tune increased precision decreased errors.