The profile bending machine is an efficient processing device. It bends various special-shaped steels, including angle steel, channel steel, I-beam, flat steel, square steel, and round steel.
During bending, operators use specific tools and molds with the machine. This combination bends steel or plates into required shapes, following the component design.
The machine mainly performs two tasks: pre-bending the profile’s ends and bending the entire profile. At the same time, two lower rollers act as the main drive shafts. Hydraulic motors drive these rollers, which deform and roll the profiles.
Four Characteristics of the Profile Bending Machine
Characteristic 1 – Processing Diversity
- The profile bending machine rolls square tubes, round tubes, angle steels, and other profiles into many styles. For example, it can produce arcs, spirals, ellipses, and more.
Characteristic 2 – High Precision
- It accurately controls both bending angle and radius. As a result, the machine ensures excellent accuracy and consistent bending quality.
Characteristic 3 – High Production Efficiency
- Automated profile bending machines increase production speed. They also save valuable labor costs and significantly reduce overall processing time.
Characteristic 4 – High Equipment Reliability
- The profile bending machine integrates a modern automatic control system. This design improves operational reliability and ensures long-term equipment stability.
Conclusion
The profile bending machine completes end pre-bending and final bending in one process. It creates diverse shapes, including circles, arcs, spirals, ellipses, U-shapes, and flanges. Consequently, it becomes a key tool in modern metal fabrication.