With the continuous development of automation equipment, it is in full swing in the market, which is a good gain for businessmen. It can be developed to today, which depends on the hard work of technical personnel, precision hardware and machinery parts processing is one of them, so how to precision hardware and machinery parts for processing? Here let me answer for you.

Precision mechanical parts processing is a kind of mechanical processing, only it is more demanding in terms of error requirements when stopping the processing, and more stringent requirements in the processing process. With the development of modern industry and demand for change from time to time, fine mechanical processing used to be a multifaceted development, it is developing more and more extensive, the direction is more and more fine, the direction of development is more and more present its specialization. With the development of science and technology its technology is also progressing, the quality and accuracy of processing is also getting higher and higher, technology and economic development also tightly control the direction of the development of fine machining. 

With the development of the machinery industry, new design theory and approach, new materials, new technology, mechanical parts into a new stage of development, finite element method, fracture mechanics, elastic fluid dynamic pressure smooth, optimization design, reliability design, computer-aided design (CAD), solid modeling (Pro, Ug, Solidworks, etc.), system analysis and design methodology and other theories, has gradually for the study and design of mechanical parts. 

Fine machining is only getting more and more integrated, it is no longer just a form of mechanical machining. It is in a seamless link with high technology at the moment, but can better play its role, especially in the machining industry, the digitalization of its development has produced a qualitative leap, can better serve the industrial development. 

Precision mechanical parts processing characteristics. 

1, fine mechanical parts processing

Fine parts processing accuracy to nanometers, and even finally to atomic units for the purpose, ultra-fine parts cutting processing methods have been unable to comply, the need to resort to special fine parts processing methods, that is, the application of chemical energy, electrochemical energy, thermal energy or electrical energy. Make these energies beyond the combination of energy between the atoms, so as to remove the workpiece surface of the local inter-atomic adhesion, bonding or lattice deformation, in order to reach the purpose of ultra-fine processing. Belong to this type of processing are mechanical chemical polishing, ion sputtering and ion injection, electron beam exposure, laser beam processing, metal vapour deposition and molecular beam epitaxy, etc. 

2, fine mechanical parts cutting processing

Mainly fine turning, mirror grinding and grinding, etc., in the fine lathe with a precision-ground single crystal diamond turning tool for micro-turning, cutting thickness of only 1 micron or so. Commonly used in the processing of non-ferrous metal material spherical, aspheric and flat reflective mirror and other high-precision, highly polished surface parts. 

If there are other aspects you want to know, you can come to consult us.

With the continuous development of automation equipment, it is in full swing in the market, which is a good gain for businessmen. It can be developed to today, which depends on the hard work of technical personnel, precision hardware and machinery parts processing is one of them, so how to precision hardware and machinery parts for processing? Here let me answer for you.

Precision mechanical parts processing is a kind of mechanical processing, only it is more demanding in terms of error requirements when stopping the processing, and more stringent requirements in the processing process. With the development of modern industry and demand for change from time to time, fine mechanical processing used to be a multifaceted development, it is developing more and more extensive, the direction is more and more fine, the direction of development is more and more present its specialization. With the development of science and technology its technology is also progressing, the quality and accuracy of processing is also getting higher and higher, technology and economic development also tightly control the direction of the development of fine machining. 

With the development of the machinery industry, new design theory and approach, new materials, new technology, mechanical parts into a new stage of development, finite element method, fracture mechanics, elastic fluid dynamic pressure smooth, optimization design, reliability design, computer-aided design (CAD), solid modeling (Pro, Ug, Solidworks, etc.), system analysis and design methodology and other theories, has gradually for the study and design of mechanical parts. 

Fine machining is only getting more and more integrated, it is no longer just a form of mechanical machining. It is in a seamless link with high technology at the moment, but can better play its role, especially in the machining industry, the digitalization of its development has produced a qualitative leap, can better serve the industrial development. 

Precision mechanical parts processing characteristics. 

1, fine mechanical parts processing

Fine parts processing accuracy to nanometers, and even finally to atomic units for the purpose, ultra-fine parts cutting processing methods have been unable to comply, the need to resort to special fine parts processing methods, that is, the application of chemical energy, electrochemical energy, thermal energy or electrical energy. Make these energies beyond the combination of energy between the atoms, so as to remove the workpiece surface of the local inter-atomic adhesion, bonding or lattice deformation, in order to reach the purpose of ultra-fine processing. Belong to this type of processing are mechanical chemical polishing, ion sputtering and ion injection, electron beam exposure, laser beam processing, metal vapour deposition and molecular beam epitaxy, etc. 

2, fine mechanical parts cutting processing

Mainly fine turning, mirror grinding and grinding, etc., in the fine lathe with a precision-ground single crystal diamond turning tool for micro-turning, cutting thickness of only 1 micron or so. Commonly used in the processing of non-ferrous metal material spherical, aspheric and flat reflective mirror and other high-precision, highly polished surface parts. 

If there are other aspects you want to know, you can come to consult us.