According to the working principle:
Mechanical pipe bender: It uses mechanical force such as gears, levers or cams to bend pipes. The operator usually turns a handle or crank to transfer mechanical force to the bending die and pipe to bend the pipe.
Hydraulic pipe bender: It uses hydraulic pressure to bend the pipe. It has a hydraulic cylinder that provides strong and consistent force. The hydraulic system can precisely control the bending process. Hydraulic pipe bender is favored because it can handle heavy pipes with high precision.
Electric pipe bender: It is driven by an electric motor. The electric motor drives the bending mechanism, which can be adjusted to different bending angles and pipe diameters. This type of pipe bender is known for its ease of operation and can be programmed to make repeated bends with consistent precision.
Pipe bender: It is designed for bending pipes used in piping systems
Industrial pipe bender: It is used in heavy industrial environments such as shipbuilding, oil and gas, and large machinery manufacturing. These machines can handle pipes of various diameters, from small tubes to large diameter industrial pipes.