fully automatic 4 roll plate bending machine (rolling circular)

fully automatic 4 roll plate bending machine (rolling circular)
this 4-roll hydraulic plate bending machine is an advanced CNC metal forming system designed for the high-precision bending and rolling of thick metal plates into circular profiles.
The key features of a fully automatic 4-roll plate bending machine for rolling circular workpieces include:
1. Four motorized roller assemblies: These machines have four large, powerful roller assemblies that can rotate in synchronization to grip and bend the metal plate.
2. Hydraulic clamping and bending force: The roller assemblies apply immense hydraulic clamping and bending forces, often over 1,000 tons, to gradually form the metal plate into a circular shape.
3. Programmable CNC control: A fully computerized numerical control (CNC) system allows the machine to be programmed with precise bending parameters, such as roll diameters, rotation speeds, and bend radii, to produce the target circular profile.
4. Automated material handling: The machine is equipped with automated material feeders, grippers, and conveyor systems to load, position, and unload the metal plates without manual intervention.
5. Advanced sensors and feedback: Sophisticated measurement systems and sensors provide real-time feedback to the CNC controller, enabling highly accurate control over the bending process and final circular shape.
6. High production throughput: The automated nature of these machines allows for rapid, high-volume production of circular metal components with minimal operator involvement.
These fully automatic 4-roll plate bending machines are commonly used in industries that require the mass production of large, thick circular metal parts, such as in the manufacturing of pressure vessels, storage tanks, and construction equipment.
The combination of powerful hydraulic bending, advanced CNC control, and automated material handling allows these machines to produce precise, high-quality circular metal components with exceptional efficiency and repeatability.