Key positioning pins, reference blocks, and clamping mechanisms in frame welding processing are all hardened, with a surface hardness exceeding HRC 58, and are fitted with high-precision tolerances.

As the load-bearing platform for various diagnostic equipment, measuring instruments, and auxiliary devices, the long-term stability of the frame directly determines the reliability of testing results and operational efficiency.

As key components of the equipment's framework and functional support, internal metal welding parts of automotive automation equipment not only bear loads, provide positioning, and transmit power, but also must maintain long-term structural stability unde

In automotive manufacturing, the frame is the core load-bearing structure of the entire vehicle. The quality of its welding directly impacts vehicle safety, durability, and assembly accuracy.

Through a series of special designs, internal metal welding parts of automotive automation equipment can maintain structural integrity and functional stability in complex vibration environments.

In the precision halls of modern automotive manufacturing, frame welding is a core process that builds the "skeleton" of the entire vehicle. Its accuracy directly determines the vehicle's safety