
Profile bending, also known as section bending or structural steel bending, is the process of forming metal profiles—such as steel, aluminum, brass, and other alloys—into precise curved shapes. This process involves controlled stretching and compression, which must be carefully managed to prevent deformation of complex cross-sections and ensure that the profile retains its structural and functional integrity.
Bent metal profiles are widely used across industries, including construction, automotive, energy, and aerospace, where precision and reliability are critical.
While aluminum and steel profiles can be bent using similar techniques, aluminum requires greater precision and process control due to its material properties.
Our team ensures optimal results by selecting the right process parameters for each material.
We understand the complexities of profile bending and apply industry best practices to deliver reliable outcomes.
Easy Way vs. Hard Way Bending
Bending along the weak axis (“easy way”) versus the strong axis (“hard way”)
Profiles can be bent with flanges facing inward or outward depending on design requirements
Camber & Sweep
Camber: curvature along the strong axis
Sweep: curvature along the weak axis
We offer advanced profile bending solutions tailored to a wide range of materials, geometries, and applications. Our expertise ensures high accuracy, minimal deformation, and consistent quality in every project.
Angle profiles can be bent in multiple orientations, including:
Among these, leg-in bending is the most technically demanding and requires specialized tooling to prevent distortion. Our advanced equipment and expertise ensure precise results, even in the most challenging configurations.
