With the rapid development of modern mechanical processing and machining technology, advanced machining technologies such as micro mechanical processing technology, rapid prototyping technology, and precision ultra precision machining technology are gradually emerging.
Micro mechanical processing technology
With the development of micro/nano science and technology, micro machinery characterized by micro/nano science and technology has become a high-tech technology for people to understand and transform the micro world. Micromachinery, due to its ability to work in narrow spaces without disturbing the working environment and objects, has broad application potential in fields such as aerospace, precision instruments, biomedicine, and has become an important means of nanotechnology research, receiving high attention.
Rapid Prototyping Mechanical Processing Technology
With the development of rapid prototyping technology in the 20th century, samples or parts can be quickly manufactured based on CAD models. It is a method of material accumulation, processing, and manufacturing, which completes three-dimensional forming through the orderly accumulation of materials. Rapid prototyping technology is an important component of modern advanced mechanical processing technology, integrating modern technological achievements such as CNC technology, material technology, laser technology, and CNC technology.
Precision and ultra precision machining technology
The important component of modern mechanical processing and manufacturing technology in precision and ultra precision machining is one of the important indicators to measure the level of high-tech manufacturing. Since the 1960s, with the development of computer and information technology, higher requirements have been put forward for manufacturing technology, not only requiring very high dimensions but also very high surface quality. It is in this market demand that ultra precision machining technology has developed rapidly and various new methods have emerged.
