With the development of machining processing technology, slowly emerged in a number of advanced machining technology and methods, the following small as you explain in detail:
Micromachining technology
With the development of micro / nano-science and technology to their small size or shape is characterized by small-scale operations micromachining has become to understand and transform the microscopic world of a high-tech. Because of the important means of micromachining can be a job in a small space, without disrupting the work environment and the characteristics of the object, in the aerospace, precision instruments, bio-medical and other fields have broad application potential, and become nanotechnology research, and thus and is highly regarded as the first of the key technologies of the 21st century.

Rapid Prototyping Machining Technology
Rapid prototyping technology developed in the 20th century, you can quickly create prototypes or parts from CAD models. It is a manufacturing method of accumulating material, i.e., an orderly completed accumulating material shaped three-dimensional. Rapid prototyping technology integrates modern scientific and technological achievements CNC technology, materials technology, laser technology and CAD technology is an important part of modern advanced machining technology.

Precision Ultra Precision Machining Technology
An important part of the precision and ultra-precision machining when modern machinery manufacturing technology, is an important indicator to measure a country the level of high-tech manufacturing. Since the 1960s, with the development of computer and information technology, manufacturing technology has put forward higher requirements, not only require access to high size, shape and position accuracy, and requires access to high surface quality. It is in such demand, ultra-precision machining technology has been developed rapidly, a variety of techniques, new methods are emerging.