Special Star-shaped Biting Structure: The internal star-shaped design enables the formation of multiple unique biting points when it comes into contact with star-shaped bolts and nuts. Compared with traditional hexagonal and dodecagonal structures, this design allows for more uniform torque transmission and reduces local stress concentration. During the process of tightening or disassembling bolts, it can effectively reduce wear on the bolt surface and the risk of slippage, making it particularly suitable for fields with extremely high requirements for connection accuracy, such as precision machinery and aerospace.

Medium-sized Specification Adaptability: The 3/8-inch drive size is of a medium specification, which is compatible with small pneumatic tools, meeting the needs of fine operations, and is also suitable for some medium-sized pneumatic tools, providing a higher torque output. This size makes it widely used in scenarios such as the installation of automotive parts, the maintenance of industrial equipment, and the assembly of power tools, and it can flexibly handle fastening tasks of different intensities.

Efficient Pneumatic Drive Performance: By using compressed air as the power source and working in conjunction with pneumatic tools, it can quickly complete the operations of tightening and loosening bolts. Compared with manual tools, the work efficiency is greatly improved, especially suitable for scenarios that require high-frequency and high-intensity operations, such as assembly line production and batch assembly, significantly shortening the working time and improving production efficiency.

Flexible and Convenient Operation: The overall structure is compact, and the weight is moderate, making it convenient for operators to grip and control. Its connection with pneumatic tools is simple and quick, and it can flexibly adjust the operation angle in narrow spaces or complex working environments, reducing labor intensity. At the same time, the precise biting characteristics of the star-shaped structure facilitate fine-tuning operations by operators, ensuring the accuracy of assembly.