Fully Automatic Box Beam Roll Forming Machine Shelf Storage Rack Beam Roll Former

Fully Automatic 1.5–2.0mm Galvanized Box Beam Roll Forming Machine

High-Speed Shelf Storage Beam Production Line for Warehouse Racking System

In today’s fast-growing logistics and retail industries, efficient storage systems are essential. To meet this demand, our Fully Automatic Box Beam Roll Forming Machine is engineered to produce high-strength C-profile and box beams for warehouse shelving and racking systems with precision and stability.

This production line is specifically designed for manufacturing shelf storage beams, C-step beams, and rack box beams using 1.5–2.0mm galvanized steel. With advanced PLC automation and heavy-duty structure design, it ensures consistent output, smooth operation, and long service life.

How the Production Line Works

The entire process runs automatically and efficiently:

1. Coil loading and unwinding
2. Sheet guiding and leveling
3. Servo feeding
4. Continuous punching (bottom holes or connection holes)
5. Roll forming through multiple stations
6. Precise sizing
7. Hydraulic cutting
8. Automatic product discharge

Thanks to the PLC control system, operators can easily set parameters, adjust lengths, and monitor the full production cycle from a centralized control panel.

Key Advantages of Our Box Beam Roll Forming Line

1. Fully Automated PLC Control

We integrate a reliable PLC system to ensure accurate length control, stable punching synchronization, and safe operation. As a result, production efficiency increases while manual intervention decreases.

2. Heavy-Duty Machine Frame

We manufacture the machine base using welded steel plates and perform tempering treatment to eliminate internal stress. Therefore, the machine maintains long-term dimensional stability and avoids deformation.

3. High-Strength Forming Structure

The forming frame adopts a reinforced vertical arch structure, which improves rigidity and reduces vibration during high-speed operation.

4. Premium Roller and Shaft Materials

To guarantee long service life:

• Roll shafts are made from 45# steel with tempering treatment.
• Rollers use GCr12 steel with quenching treatment for superior wear resistance.
• Shaft diameter reaches 60mm, ensuring stable forming under heavy load.

5. Dual-Motor Drive System

The machine is equipped with two 11kW motors, delivering strong and consistent power output. Each forming station operates smoothly through a chain-driven transmission system with protective covers.

6. Clean Cutting & Professional Appearance

The hydraulic cutting system ensures burr-free edges and precise lengths. Additionally, organized wiring and high-quality painting improve both safety and machine aesthetics.

Technical Specifications

Hydraulic decoiler and hydraulic pre-cutting options are available upon request.

To meet different customer requirements, we offer:

• Hydraulic decoiler upgrade
• Pre-punching or post-punching systems
• Saw cutting solution
• Automatic stacking system
• Seaming roll forming unit

We customize the production line according to profile drawings and loading requirements.

Why Choose Our Shelf Storage Beam Roll Forming Machine?

First, we focus on structural durability.
Second, we prioritize automation and production efficiency.
Most importantly, we ensure consistent forming accuracy for high-load warehouse applications.

With extensive experience in rack system manufacturing equipment, we help customers worldwide build reliable and competitive storage system production lines.

If you are planning to produce warehouse rack beams or upgrade your shelving production capacity, feel free to contact us for a customized technical machine.

What This Machine Produces

This roll forming line manufactures structural components widely used in:

• Warehouse pallet racking systems
• Supermarket shelving
• Industrial storage racks
• Distribution center storage structures
• Retail display shelving systems

Because box beams feature a closed rectangular structure, they offer superior load-bearing performance and bending resistance compared to traditional open C profiles.