Introduction
The development of numerical control tool (NC) has made a great breakthrough in modern machining industry. It not only greatly improves the accuracy and efficiency of tool production, but also greatly reduces the labor intensity of operators and greatly increases the complexity of machining. This article will discuss the development and progress of numerical control tool from three aspects: its emergence and innovation, development direction and future development.
The emergence and innovation of numerical control tool
The emergence of numerical control tool is a major revolution in the history of machine tool development. It was first proposed in the early 1950s, when the U.S. invented a CNC mechanism controlled by numerical control. CNC is derived from NC. It is a control mode for machine tool to obtain machining motion instruction by programmed instruction.
Since the introduction of the numerical control tool, many technical researchers have put forward many proposals and new ideas to further improve the accuracy and performance of the machine tool. Many numerical control processes have been developed, such as point-to-point segmentation, spectral profile digitization, detection of semiautomatic features, and establishment of automatic working environment.
The main direction of numerical control tool development
The development of NC tool has entered the stage of multi-axis control and multi-function integration. It is beneficial to improve the machining accuracy, reduce the processing time and improve the economic efficiency of the machining process. At present, numerical control technology has made great progress in many aspects, such as process machining, integration of multi-functional turning, automatic debugging, automatic programming of structural components and automatic processing of large parts.
At the same time, the rapid development of computer technology and the further deepening of processing information have also brought unprecedented promotion to the development of numerical control tool. The combination of numerical control technology and computer technology, through the introduction of special intelligent control software, can greatly improve the machining accuracy and speed of machine tool.
Future development of numerical control tool
In the future, the development of numerical control tool will be driven by the advancement of modern technology. The combination of numerical control and artificial intelligence will make the control technology more intelligent, and the automatic programming of structure components and automatic processing of large parts will be further improved.
In addition, the development of virtual reality technology will give numerical control more intelligent and intuitive control functions, and interactive cooperative processes and manufacturing processes will be implemented. The common application of network technology will improve the performance and reliability of numerical control tools, realize personalized customized services, and provide more first-class machining standards.
Conclusion
From the development of numerical control tool in the past, we can see that the development of numerical control tool is continuous and rapid. In the future, the development of numerical control tool will be driven by the advancement of modern technology, which will make the control technology more intelligent and efficient. Therefore, the future of numerical control tool is full of opportunity.
