Software Structure Design for Implementing Machine Tool Feed Axis Control Algorithms

The feed shafts of machine tools are subject to vibration and disturbance due to movement and machining, which leads to a decrease in machine tool performance. For compensation, the machine tool drive can be equipped with various motor control algorithms. This paper proposes a structural design of an algorithm management system to facilitate the parameter value settings and application of motor control algorithms, and a total of 13 algorithms are implemented in the drive to verify the operation of the system through experiments.