With the rapid development of modern machining, the rapid development of machining technology has slowly emerged many advanced machining technology methods, such as micro-machining technology, rapid forming technology, precision ultra-precision machining technology, etc.

Micro-machining technology

With the development of micro/nano science and technology (Micro/Nano Science and Technology), micro-machines, which are characterised by their tiny shape and size or extremely small scale of operation, have become a new technology for people to understand and transform the microscopic world. Micromechanics has a broad potential for application in aerospace, precision instruments, biomedical and other fields, and has become an important tool for nanotechnology research, and is therefore highly valued and listed as one of the key technologies of the 21st century.

Rapid Forming Machining Technology

Rapid prototyping technology was developed in the 20th century to rapidly produce prototypes or parts based on CAD models. It is a material accumulation manufacturing method, i.e. through the sequential accumulation of materials to complete the three-dimensional forming. Rapid forming technology integrates modern scientific and technological achievements such as CNC technology, material technology, laser technology and CAD technology, and is an important part of modern advanced machining technology.

Precision and ultra-precision machining technology

Since the 1960s, with the development of computers and information technology, higher requirements have been put forward for manufacturing technology, not only to obtain very high dimensional and form accuracy, but also to obtain very high surface quality. It is in this market demand that ultra-precision machining technology has been developed rapidly, with various processes and new methods emerging.

With the rapid development of modern machining, the rapid development of machining technology has slowly emerged many advanced machining technology methods, such as micro-machining technology, rapid forming technology, precision ultra-precision machining technology, etc.

Micro-machining technology

With the development of micro/nano science and technology (Micro/Nano Science and Technology), micro-machines, which are characterised by their tiny shape and size or extremely small scale of operation, have become a new technology for people to understand and transform the microscopic world. Micromechanics has a broad potential for application in aerospace, precision instruments, biomedical and other fields, and has become an important tool for nanotechnology research, and is therefore highly valued and listed as one of the key technologies of the 21st century.

Rapid Forming Machining Technology

Rapid prototyping technology was developed in the 20th century to rapidly produce prototypes or parts based on CAD models. It is a material accumulation manufacturing method, i.e. through the sequential accumulation of materials to complete the three-dimensional forming. Rapid forming technology integrates modern scientific and technological achievements such as CNC technology, material technology, laser technology and CAD technology, and is an important part of modern advanced machining technology.

Precision and ultra-precision machining technology

Since the 1960s, with the development of computers and information technology, higher requirements have been put forward for manufacturing technology, not only to obtain very high dimensional and form accuracy, but also to obtain very high surface quality. It is in this market demand that ultra-precision machining technology has been developed rapidly, with various processes and new methods emerging.