In the aerospace field, the requirements for parts processing have been constantly improving, and carbide end milling cutter as one of the important cutting tools, its tool technology is also constantly innovating to meet more and more stringent processing needs and challenges. In this field, the tool technology innovation of carbide end milling cutter is reflected in many aspects, including material technology, coating technology, structural design and manufacturing process.

First of all, the innovation of material technology is one of the important directions of the innovation of carbide end milling tool technology. With the continuous progress of materials science, new types of cemented carbide materials have been developed with higher hardness, better wear resistance and thermal stability. The application of these new materials makes the cemented carbide end mill more excellent in high-speed cutting and complex machining, greatly improving the service life and processing efficiency of the tool.

Secondly, the innovation of coating technology has also played an important role in improving the performance of cemented carbide end mills. The use of advanced coating technology, such as chemical vapor deposition (CVD) and physical vapor deposition (PVD), can form a hard coating on the surface of the tool, improve the wear resistance, oxidation resistance and cutting performance of the tool, so that the cemented carbide end mill is more stable and reliable under complex processing conditions.

In addition, the innovation of structural design is also one of the important contents of the technological innovation of cemented carbide end milling tools. By optimizing the structural design of the tool, the rigidity and stability of the tool can be improved, and the cutting efficiency and machining accuracy can be improved. For example, the use of more complex geometry and blade layout can effectively reduce the cutting force and vibration, reduce the energy loss during the processing, thereby improving the processing efficiency and processing quality.

Finally, innovation in manufacturing processes has also played an important role in improving the performance of cemented carbide end mills. With the continuous progress of manufacturing technology, the traditional tool manufacturing process is constantly being replaced by new advanced manufacturing technologies, such as laser manufacturing technology, electrochemical processing technology and so on. These new manufacturing technologies enable higher precision and more complex tool structures, further improving the performance and processing capacity of cemented carbide end mills.

In summary, the tool technology innovation of carbide end milling cutter is an important part of the development of cutting technology in the aerospace field. Through the continuous innovation and innovation of material technology, coating technology, structural design and manufacturing process, carbide end milling cutter can continuously break through the processing limit, meet the higher requirements for parts processing in the aerospace field, and promote the continuous development and progress of aerospace technology.