Fully Automatic Heavy Duty C Purlin Roll Forming Machine

The Fully Automatic Heavy Duty C Purlin Roll Forming Machine uses cold bending technology as its core, and gradually squeezes the strip steel into a C-shaped profile through 12 sets of precision rollers at room temperature. The entire process from raw materials to finished products is automated. The mainstream models mostly use PLC numerical control systems, integrating hydraulic drive and servo control, which can achieve automatic feeding, positioning, punching, fixed length cutting and stacking. Some high-end models support the "punch first, then form" process, greatly improving hole accuracy.

Core Features and Technical Advantages：

1.High precision: The roller spacing error can be controlled within ± 0.03mm, and the straightness and cross-sectional dimensions are stable, avoiding defects such as wavy edges and distortions.
2.High efficiency: The daily output of a single machine can reach 12-15 tons, and the CNC punching speed is fast (some models have ≥ 60 holes/minute), reducing the changeover time to 10-15 minutes.
3.High adaptability: Modular design supports wall thickness of 0.5-6mm, unfolded size of 20-500mm, and can switch to produce multiple specifications of profiles such as C/Z/U.
4.Low loss: Cold bending process has no thermal processing oxidation and grain coarsening, high material utilization rate, and the steel consumption per unit area can be optimized by 18%.
5.Easy to operate and maintain: heavy-duty body+high-quality steel anti deformation, durable key components (such as GCr15 bearing steel rollers), controllable maintenance costs.

Pattern diagram:

Typical application scenarios：

• Construction engineering: purlins, wall beams, and support frames for industrial plants and steel structure buildings, as well as core load-bearing components for clean plant enclosure systems.
• In the field of new energy: photovoltaic support systems (supporting photovoltaic modules), wind power equipment foundation components, balancing strength and wind resistance durability.
• Storage and logistics: automated three-dimensional warehouse shelves, columns and beams, logistics conveyor racks, container frame structures.
• Mechanical equipment: automobile frame, agricultural vehicle chassis, conveyor guide rail, electrical equipment bracket, various non-standard mechanical frames.
• Agricultural facilities: greenhouse skeleton, breeding shed steel structure, both lightweight and load-bearing performance.

Product Attributes :

Machine image: