Due to the continuous development of modern science and technology, domestic CNC machining enterprises must strengthen their production processes in order to comprehensively improve their development capabilities in the development of CNC companies. In the research and development of CNC companies, the selection of cutting tools and the control of cutting amounts are key CNC machining technologies. Based on practical applications, in the actual research process, we have learned about the selection of cutting tools and cutting amounts for CNC machining centers.

Application requirements for practical applications

Firstly, the characteristics of CNC machining center cutting tools were understood, then the principle of tool selection was determined, and finally, the control of cutting amount for tool processing was studied. Therefore, it is hoped that this research can provide selection and reference for the technical application of CNC machining centers. Considering the problems existing in the tool library of the current conical hat type CNC machining center, combined with the operation of the automatic tool changing device.

At present, it is understood that the application status of the conical hat type tool library, as well as the device for automatic tool replacement from a practical perspective, and the optimization control method have been proposed. The purpose of this strategy is to improve the matching effect between tool replacement logic control programs for relevant constructors. Therefore, the application device of CNC machining center is an important implementation of its functions and progress, and is the basic condition for multi process automatic machining. Through the analysis of its control principle and structural characteristics, combined with actual production, common faults, causes and treatment measures have been summarized, which has important practical significance for the transformation and maintenance of the machine.

Based on the characteristics of CNC machining centers and the failure patterns in recent years, the failure frequency and maintenance difficulty of each component of the machining center were understood. The key components and tools, as well as the bottleneck of the machining center, were discussed. By utilizing the equipment professional inspection mechanism and combining with national maintenance methods, advanced condition monitoring tools were used to scientifically develop the equipment professional inspection items, methods, and inspection cycles, and to formulate maintenance strategies for the machining center.