In which fields is precision machining used? Precision machining has high precision and high machining costs, it is mainly used in civil and military fields, such as national defense, medical equipment, aerospace and electronic products, etc. With the continuous development of China's industrial structure optimization and upgrading, the demand for machining of mechanical parts is also increasing, so it is highly valued, therefore, China has invested a lot of human, material and financial resources to develop precision machining of mechanical parts to train talents. . 

Precision machining is in a specific strict environment, specify the process protocol, the use of precision machine tools and precision gauges and measuring instruments to achieve, precision machinery manufacturing including metal products industry, aerospace and other transportation equipment manufacturing, electrical machinery and equipment manufacturing, special equipment manufacturing, ships, automotive manufacturing, railway, computer, communications and other electronic equipment manufacturing, instrumentation manufacturing and so on.

The so-called precision machining is, of course, the pursuit of higher precision and efficiency.

The precision machining industry is developing in the direction of higher precision, and in the future there will be more and more intelligent precision machining equipment put into industry applications.

What requirements should be followed when dealing with precision parts machining? 

Precision machining industry has been labor-intensive, capital-intensive and technology-intensive industry, the industry threshold is very high, even if the establishment of enterprises but can not reach a certain scale is difficult to generate profits. 

The requirements of precision parts processing are also very strict 

Precision parts processing process has extremely strict requirements, processing a slight inadvertence will lead to workpiece error out of tolerance, the need to re-process or declare the blank scrap, greatly increasing the cost of production. That precision parts processing it should follow what aspects of the requirements? 

First is the size of the requirements, must strictly follow the drawing of the shape tolerance requirements for processing, although the enterprise processing production parts in practice and the size of the drawing will not be exactly the same, but the actual size in the tolerance range of theoretical dimensions, are qualified products, is able to use the parts.

Secondly, the requirements of the equipment. Rough and finish machining should use different performance equipment, due to rough machining process is to cut most of the parts of the blank, the workpiece in the case of large volume, cutting depth will produce a large number of internal stress. At this time it can no longer be finishing, the workpiece after a certain period of time for finishing processes, should be in a higher precision machine tool work, so that the workpiece can reach a high degree of accuracy.

Again, the processing of precision parts usually involves surface treatment and heat treatment. Surface treatment should be carried out after precision machining, in the process of precision machining, should consider the thickness of the thin layer after surface treatment, heat treatment is to improve the cutting performance of the metal, need to be carried out before processing

In which fields is precision machining used? Precision machining has high precision and high machining costs, it is mainly used in civil and military fields, such as national defense, medical equipment, aerospace and electronic products, etc. With the continuous development of China's industrial structure optimization and upgrading, the demand for machining of mechanical parts is also increasing, so it is highly valued, therefore, China has invested a lot of human, material and financial resources to develop precision machining of mechanical parts to train talents. . 

Precision machining is in a specific strict environment, specify the process protocol, the use of precision machine tools and precision gauges and measuring instruments to achieve, precision machinery manufacturing including metal products industry, aerospace and other transportation equipment manufacturing, electrical machinery and equipment manufacturing, special equipment manufacturing, ships, automotive manufacturing, railway, computer, communications and other electronic equipment manufacturing, instrumentation manufacturing and so on.

The so-called precision machining is, of course, the pursuit of higher precision and efficiency.

The precision machining industry is developing in the direction of higher precision, and in the future there will be more and more intelligent precision machining equipment put into industry applications.

What requirements should be followed when dealing with precision parts machining? 

Precision machining industry has been labor-intensive, capital-intensive and technology-intensive industry, the industry threshold is very high, even if the establishment of enterprises but can not reach a certain scale is difficult to generate profits. 

The requirements of precision parts processing are also very strict 

Precision parts processing process has extremely strict requirements, processing a slight inadvertence will lead to workpiece error out of tolerance, the need to re-process or declare the blank scrap, greatly increasing the cost of production. That precision parts processing it should follow what aspects of the requirements? 

First is the size of the requirements, must strictly follow the drawing of the shape tolerance requirements for processing, although the enterprise processing production parts in practice and the size of the drawing will not be exactly the same, but the actual size in the tolerance range of theoretical dimensions, are qualified products, is able to use the parts.

Secondly, the requirements of the equipment. Rough and finish machining should use different performance equipment, due to rough machining process is to cut most of the parts of the blank, the workpiece in the case of large volume, cutting depth will produce a large number of internal stress. At this time it can no longer be finishing, the workpiece after a certain period of time for finishing processes, should be in a higher precision machine tool work, so that the workpiece can reach a high degree of accuracy.

Again, the processing of precision parts usually involves surface treatment and heat treatment. Surface treatment should be carried out after precision machining, in the process of precision machining, should consider the thickness of the thin layer after surface treatment, heat treatment is to improve the cutting performance of the metal, need to be carried out before processing