Intelligent Development and Application Cases of Precision Tool Manufacturing

Precision tool manufacturing refers to the industry that uses high-precision mechanical, electronic, optical and other technologies to produce tools and equipment that can meet specific functional and performance requirements. Precision tool manufacturing has a wide range of applications in aerospace, automotive, medical, energy and other fields, and is an important force for promoting scientific and social development.

“With the continuous innovation of science and technology and the constant changes of the market, precision tool manufacturing is also facing new development trends and challenges.”

Among them, intelligence is a main direction. Intelligence refers to the use of artificial intelligence, Internet of Things, big data and other technologies to improve the intelligence level of precision tool manufacturing, and realize intelligent design, intelligent manufacturing, intelligent detection, intelligent control and intelligent optimization of tools and equipment. Intelligence can improve the efficiency, quality and flexibility of precision tool manufacturing, adapt to diversified and personalized market demands, and enhance competitiveness and innovation.

intelligent design, intelligent manufacturing and intelligent detection

In order to demonstrate the intelligent development of precision tool manufacturing and its application cases, this paper will introduce three aspects: intelligent design, intelligent manufacturing and intelligent detection.

Intelligent design refers to the intelligent design of tools and equipment using artificial intelligence technology, including functional analysis, structural optimization, parameter determination, etc. Intelligent design can improve design efficiency and quality, reduce design cost and risk, and meet customer needs and expectations. A typical application case is to use genetic algorithm to optimize the structure of precision cutting tools to improve cutting performance and life.

Smart manufacturing refers to the use of Internet of Things technology to intelligently manufacture tools and equipment, including process monitoring, adjustment and control. Smart manufacturing can improve manufacturing efficiency and quality, reduce manufacturing costs and scrap rates, and improve safety and reliability. A typical application case is the real-time monitoring and control of precision machine tools using wireless sensor networks to ensure machining accuracy and stability.

Intelligent detection refers to the intelligent detection of tools and equipment using big data technology, including performance evaluation, fault diagnosis, life prediction, etc. Intelligent detection can improve detection efficiency and accuracy, reduce detection cost and errors, and improve maintainability and sustainability. A typical application case is to use machine learning to automatically calibrate and correct precision measuring instruments to ensure measurement accuracy and reliability.

Seize the Opportunity of Intelligence

In short, the intelligent development of precision tool manufacturing and its application cases show the great potential and value of intelligent technology in improving the level of precision tool manufacturing. However, in the process of realizing intelligence, there are also some challenges and difficulties, such as the lack of technical standards, the guarantee of data security, and the gap in personnel training. These problems need to be solved by strengthening R&D investment, promoting policy support, and strengthening industry cooperation. Only by constantly adapting to changes and constantly innovating and breaking through can we grasp the opportunity of intelligence and win the future.