Due to the bending processing equipment used by the user, which includes a feed mechanism, a cutting mechanism, a bending mechanism, and a return mechanism, the loading mechanism is set in the structure to transport the pipeline from there, and the pipeline is stored on the turntable to the frame. The interception mechanism is set in the structure, and is opposite to the loading mechanism to intercept the pipeline of the predetermined length delivered to the structure. The bending mechanism is set in the interception mechanism, and the loading mechanism bends and cuts the pipe. The material return mechanism is used to remove the bent pipe from the structure.

 

The pipe bending processing equipment used in this process has solved the problem of low efficiency in existing skilled pipe bending processing. The high-pressure pipe bending processing equipment currently in use includes a pipe roller group for tortuous pipe fittings, a pipe roller group rotation drive device, and a pressure roller for driving the pressure roller up and down. Its structure is equipped with a pipe inlet and a pipe outlet, and the pipe roller group is set between the pipe inlet and the pipe outlet. The pipe roller group includes a feed roller, a pressure roller, and a rotatable support in the structural orientation adjacent to the pipe inlet. The discharge roller is rotatably supported in the orientation near the pipe outlet structure.

 

At that time, the pressure roller was rotatably supported on the feed roller of the structure to discharge the orientation between the rollers, and the pressure roller was assembled on the structure in a sliding manner. The rotating roller group rotation driver can now adjust the bending radius of the pipe fittings in real time. The structure is simple, the operation is convenient, and the production is convenient. The skill scheme of the bending pipe processing equipment used now includes the structure and a workbench set at the top of the structure. The workbench is equipped with pressure grooves and two rolling grooves.

 

Due to the sliding component of the pipe bending processing equipment being set between the positioning component and the structure, and the sliding component being constructed as a sliding positioning component to drive the positioning surface away from or close to the rolling groove along the direction of the connection between the two rolling grooves, and the sliding component being connected to the fixed positioning surface orientation, the fixed component is used to achieve easy pipe positioning, so the structure of the curved pipe bending is stable.