Given the surging demand for piping across sectors such as furniture manufacturing, sports equipment, boiler production, the automotive industry, and exhaust system fabrication, the development of pipe-bending machinery must adhere to the principles of robustness, simplicity, convenience, and high efficiency. This ensures that the processed piping required for consumer goods and industrial applications meets market needs. What specific operational requirements must such pipe-bending machines satisfy?
(1) The machine must feature a rational structural design, reliable performance, a long service life, and ease of maintenance, while remaining adaptable to complex construction environments.
(2) It should be equipped with a self-unloading mechanism to facilitate transport and handling during field construction operations.
(3) The machine should utilize a modular, detachable design to comply with railway and highway transportation regulations.
(4) It must allow for pipe-bending operations on steel pipes of various sizes within its capacity range simply by swapping out the bending die set and the corresponding internal mandrel.
(5) The bending process should employ digital control to ensure greater precision and ease of operation, thereby enhancing overall work efficiency and the yield rate of finished products.
