The plate beveling machine plays a crucial role in the manufacture of steel structures. As an electric power-driven automatic beveling machine, the plate beveling machine mainly consists of a milling power system, a simulation cutting system, a differential mechanism system, a hydraulic clamping system, an axial power system, a fixed bed system, a guard system, a hydraulic station system, and an electrical control system, among others. Its working principle includes steps such as pipe fixing, automatic radial differential cutting with the tool, and axial cutting.

In the use of plate beveling machine, the pipe is first held at the center height by the lower electric lifting mechanism and the upper hydraulic clamping mechanism, achieving the fixation of the pipe. Then, the milling power head drives the tool spindle to rotate, and at the same time drives the differential mechanism to realize the automatic radial cutting of the tool, completing the pipe beveling processing. Throughout the process, the radial position of the tool remains unchanged, and it can automatically retract, ensuring the precision and quality of the bevel.

The application of plate beveling machines not only improves the efficiency of steel structure manufacturing, but also reduces the input of human and material resources, providing high-quality bevels for steel structure welding.