Fine tuning development software for high precision and Multi-Axis Motion Control System

Motion control system is the core component of high density packaging equipment, the characteristics of its movement performance directly determines the performance and quality of the high density packaging equipment. Based on this, this paper presents a method to enhance the dynamic performance and setting performance of motion control system by means of fine tuning for the movement parameters of the movement system, A high performance motion control card is developed for real-time control and real-time data processing on the multi-axis control platform in our experiments. In addition, the high efficient real-time analytical software is developed and applied to the experiments. The interface of the software real-time displays the movement characteristic curve of movements. The experimental results show that in the case of other conditions unchanged, fine tuning for the movement parameters of the motion system brings benefits of lower undershoot and faster settling of motions. Experimental results show that the performance and quality of the high density packaging equipment is greatly improved through the optimization of the motion control parameters of the Multi-Axis Motion Control System.