Application of high efficiency cutting in gear grinding engineering

In the process of gear processing of construction machinery, another important link is gear grinding. In the process of gear grinding, generating method is needed to grind the gear. However, the traditional gear processing technology, in the actual application process, due to the complex structure of processing equipment and low processing efficiency, these problems are very unfavorable to improve the production efficiency of engineering gear. Therefore, the introduction of high-efficiency cutting in the project, the application of forming grinding technology to replace the traditional grinding method, can greatly improve the gear grinding technology. In the process of application, the efficiency of this technology is about twice that of the traditional gear grinding technology.

However, due to the defects of the forming grinding technology, the gears will be burned at the initial stage or the cracks will appear in the grinding process. These problems are difficult to be solved more effectively in a long time. Nowadays, with the application of numerical control technology in gear grinding machine, and the application of large flow cooling device to the gear processing process, it can effectively solve the problems in the construction machinery forming mode. At the same time, the effective use of CNC profile grinding technology can also realize the further dressing of tooth profile and tooth direction in the process of engineering machinery gear processing. This dressing can greatly improve the balance and wear precision of gear, and improve the final production quality of gear.

With the continuous development of science and technology in our country, turn milling compound center combines various technologies with the development of science and technology. At the same time, the promotion of this technology can also better realize the perfect combination of processes in gear shaft workpiece, and make the cutting efficiency achieve faster and better results. At the same time, in the process of fingerprint processing, its speed has reached about 1200 rpm. The improvement of cutting speed can better improve the efficiency of gear processing and greatly reduce the consumption of raw materials, which has a great impact on the utilization efficiency of time and resources, and can also improve the quality of gear processing.