Abstract: With the rapid development of Intelligent Manufacturing Technology, the manufacturing industry is gradually realizing intelligent production. Especially for the extremely complex cutting process, the intelligentization is of great significance. As the most active element during the cutting process, the performance and life of cutting tool have a direct influence on the machining accuracy and production efficiency of parts. The diversity of material machinability, the nonlinear dynamic change of machining system and the variability of production rhythm have brought great challenges to the tool design, manufacturing, management and control technology. The Intelligent Manufacturing Technology makes the precise and efficient design, accurate and reliable manufacturing, as well as, scientific and comprehensive control of the tool oriented to the demand can be realized, which is conducive to the energy saving, consumption reduction, quality and efficiency improvement in the production process. The relevant technical framework of tool design, manufacturing, management and control oriented to intelligent manufacturing process is proposed. The relevant research results and application cases at home and abroad are summarized from three aspects: tool design method, manufacturing process, as well as, management and control technology for intelligent manufacturing. The tool design, manufacturing, management and control technology for the whole life cycle based on virtual-real mapping and iterative optimization is prospected. The intellectualization of tool's whole life cycle will help the upgrading and structure optimization of manufacturing industry, and promote the intelligent transformation of production mode.

Key words: intelligent manufacturing, tool design, tool manufacturing, tool management and control, digital twin