In manufacturing industry, the design and production of mechanical parts is a complex and delicate process, especially for those applications that require high precision and high strength. Among them, "Transmission Teeth" and "Tapping Manufacturing" are two important concepts, which respectively represent different types of manufacturing processes and technologies, but both play a key role in ensuring the efficient and reliable operation of mechanical equipment.

1. Overview of transmission teeth

Transmission teeth refer to the convex parts installed on transmission parts such as gears and sprockets, which are used to transmit power or movement. According to their different shapes and uses, transmission teeth can be divided into straight teeth, helical teeth, herringbone teeth and other types. design process, engineers need to consider tooth profile parameters such as modulus and pressure angle to ensure smooth and stable meshing between gears. In addition, the selection of materials is also very important, such as steel, cast iron and some special alloys. These materials need to have good wear resistance and sufficient strength to bear the working load.

2. Percussion manufacturing technology

Percussion manufacturing mainly refers to a processing method of applying an impact force to the surface of a workpiece by a tool to make it plastically deform so as to form the required structure. In practical application, this technology is often used to complete the thread processing task-the so-called "tapping". Compared with other cutting methods, percussion method has the advantages of simple operation and low cost, and is especially suitable for rapid operation in batch production and maintenance scenarios. However, in order to ensure the quality of the final product, it is necessary to select the appropriate tool material (such as high speed steel and cemented carbide), optimize the feed speed and arrange the cooling and lubrication system reasonably.

3. Combined with example analysis

automobile industry, the gear set inside the engine is a typical application case. This not only involves a variety of complex transmission tooth design, but also requires the use of efficient tapping manufacturing technology to achieve precise threaded connection. Through strict quality control of these parts, the performance of the whole power system can be effectively improved, the service life can be prolonged and the maintenance cost can be reduced.

In a word, both the design of transmission teeth and the technical realization of percussion manufacturing reflect the core value of precision engineering technology. With the development of new materials and intelligent manufacturing technology, there will be more innovative breakthroughs in this field in the future, bringing more possibilities to all walks of life.