Tooling manufacturing technology refers to mold manufacturing processes, production, and maintenance. It aims to cultivate application-oriented technical talents in mold design and manufacturing. Graduates can be engaged in the design and manufacturing of molds and tooling required for enterprise production, mold assembly and debugging, and mold enterprise operation and management.
For example, in semiconductors, it can also be used for grinding tools and molds, and sometimes for refining metals. In industry, low-temperature plasma technology is also applied in the manufacturing of various tools. Low-temperature plasma is used in the chemical field for developing new chemicals and chemical processes. Low-temperature plasma technology is sometimes also used for the treatment of hazardous waste.
Thermoplastic materials molded around extrusions, metal inserts, or other functional components that have been placed in plastic injection molds. The benefit of using this technology is that it can create durable integrated components at a lower assembly cost while maintaining quality.
Tooling manufacturing technology is used to produce molds for parts, machines, and equipment of various shapes. This technology is one of the key technologies in the manufacturing industry because it can greatly improve the efficiency and accuracy of the manufacturing process.
With the rapid development of the manufacturing industry, the demand for tooling manufacturing technology is also increasing.
Training courseware for mold design and manufacturing. One of the main professional courses of mold design and manufacturing major. Overall introduction of course situation. Teaching hours: 108 hours. Course nature: A main professional technical course of mold design and manufacturing major, which is a highly practical and comprehensive course.
What is mold design and manufacturing for? Mold design and manufacturing is an engineering technology aimed at developing and producing molds for various purposes. These molds can be used to manufacture different types of mechanical parts, plastic products, metal products, electronic components, etc.