Intelligentization is an important direction of our technology development. We can now see the use of various intelligent butlers. One command can reach the goal, which is very convenient and fast. Such intelligent life is the life that many people imagine. In order to better develop intelligent, some intelligent robots have also been put into use in relevant industries, such as industrial robots. The parts and components of industrial robots The forging of industrial robot block should pay attention to the quality assurance when forging.

Now in the forging process experiment and simulation calculation of the industrial robot block forging, we have learned the change of the metallurgical defects and the stress field of the die forgings. Through the experiment, it has been proved that the correct design of the forging die and the selection of the appropriate blank size can effectively prevent other metallurgical defects in the die forgings. The computer simulation has learned the reliable means to accurately predict and explain the change of the internal defects in the forging process, taking the Boeing landing gear joint as an example, The main methods of controlling the shape, dimension and tolerance of matrix forging are described.

It is the size control of the floor slab, which is controlled by the geometric tolerance of the die forging template, including misalignment and straightness. The accuracy of the guide column and guide wall ensures the effect. The heating treatment control is achieved by forging the mold and straightening it after cooling. The aluminum alloy piston forging is the foundation of the marine internal combustion engine piston. For the metal with large machining capacity and low utilization rate, the problem of high precision forging cost has been solved.

At present, the design of matrix has been refined, so that the surface of piston chamber has been changed from the original machined surface to the non-machined surface. The final design of matrix has a form of annular guide wall to improve the neutrality of upper and lower matrices and reduce waste products. During the forging process, new technology has been used to double operate the machine and fire. The production practice shows that the refined design and improved forging process have achieved good technical and economic benefits.

In the microstructure of the heat treatment of the industrial robot stop forging system, many different effects have been studied. The software optical microscope and the image using the hot forging method have learned that its characteristics are that the temperature of the heating billet is higher than the phase change point and the mold temperature is lower than the phase change point. The microstructure of the hot die forging lacks uniformity, which is caused by the phase change and the uneven deformation of the micro-area during the deformation process, The heat treatment system cannot completely remove the inhomogeneity of the microstructure of alloy die forgings.

Industrial robots are an important embodiment of intelligence. There must be a lot of parts and components in industrial robots that need to be very careful and valued during production and assembly. For parts such as industrial robot block forgings, great attention should be paid to ensure that the forging quality of industrial robot block forgings can meet the applicable standards. Through the reading of the above contents, do you know what should be paid attention to in the forging of industrial robot block forgings?