RV reducer direct-connected design achieves high-precision elbow bending

The bending action of this CNC pipe bender is realized by using a precision RV reducer directly connected to the bending main shaft. The back clearance of the reducer is less than 3 arc minutes. The bending main shaft and the reducer are fastened into one body through a rigid coupling, which can greatly improve the bending accuracy.

Unlimited programming modes and diversified automated workstation extensibility

The control system of this machine is designed with an unlimited self-editing mode, which allows any manual operation to be edited into an automatic workflow, greatly improving the flexibility of equipment movements. In addition, interfaces such as MES, robots, and three-coordinate are reserved to facilitate the extended development of automated workstations.

Strong pushing function and servo pushing function achieve pushing arc and reduced out-of-round rate

The 50th or so co-directional pipe bender is equipped with a high-power feeding servo motor, which allows the machine to be used for push-arc bending. At the same time, the out-of-round rate at the bending corners can be reduced through the powerful back-boost function. Combined with servo side auxiliary pushing, the thinning rate of the pipe clamping section and the outer wall can be further reduced.

RV reducer direct-connected design achieves high-precision elbow bending

The bending action of this CNC pipe bender is realized by using a precision RV reducer directly connected to the bending main shaft. The back clearance of the reducer is less than 3 arc minutes. The bending main shaft and the reducer are fastened into one body through a rigid coupling, which can greatly improve the bending accuracy.