This machine is capable of bending pipes with both low and high thicknesses (though the pipe thickness determines the bending capability, and this machine can bend pipes starting from size 6 and above). Pipe thickness is a key factor in the design of the bending machine, and it must be considered during the design process.

The power source for this type of machinery is a diesel engine, which transfers its power to a hydraulic pump. The power transmission of this machine is done through hydraulic wheels, and the necessary movement is achieved when the user selects and operates the corresponding lever.

This machine does not have independent mobility and must be moved along the pipeline by a side boom or similar machinery. The hydraulic system of the machine includes a winch designed to change the position of the pipe within the machine for the bending process.

Hydro Sanat Radman has aimed to produce a machine that is far more efficient than similar models, following technical standards and utilizing the experience gained from executing pipeline projects.

• The chassis and all components of this machine are stress-tested and constructed based on the design and standards.

• The hydraulic pump used in this machine is from the latest generation of pumps, enhancing hydraulic efficiency.

• The motor used in the machine is of the latest generation, providing significantly higher efficiency with a smaller size compared to older models.

• The hydraulic valves are from the latest generation, designed to minimize risks for the operator and ensure ease of use.

• The hydraulic jacks are made from standard components, including chrome shafts, pistons, and standard cylinders.

• All parts of the bending machine are registered with technical codes.

• The machine’s sprockets are selected based on the machine’s weight, typically sourced from renowned companies like BERCO.

Hydro Sanat Radman claims to be highly capable in the design and manufacture of these machines, relying on engineering principles and its experience in pipeline construction.