
G2L32C CNC Rebar Bending Center
CNC Control System | Easy Operation | Labor Saving | Preferred for Stirrup Prefabrication | Suitable for Coiled Deformed Rebar
Since 1996
Manufacturer in Changge City
20,000 m²
Factory, 150+ employees
ISO9001
SGS / TUV inspected, CE certified
24h online
Pre-sale and after-sale support
G2L32C CNC Rebar Bending Center Description
The vertical rebar bending center is a CNC rebar processing equipment. It features simple and convenient operation and high cost-effectiveness. It is especially suitable for bidding of various engineering projects and rebar processing plants, and serves as essential equipment promoted by the state for standardized rebar processing. It has been widely applied in steel structure projects such as highways, high-speed railways, intercity railways, metro and light rail in China.
The bending head is driven by a servo motor to realize digital control of length and angle, with fast response and precise positioning of the bending head. The bending motor adopts frequency conversion technology, delivering high precision and energy efficiency in rebar machining, and can process rebars of various specifications. The machine bracket and guide rails of the bending platform adopt high-strength moving rails, which are sturdy, durable and resistant to deformation. Equipped with a high-strength automatic feeding rack, it supports continuous production.
A: Troubleshooting sequence:
Main Feature:
- Flexible steel bar locking mechanism to ensure forming accuracy.
- The telescopic bending shaft realizes the bidirectional bending of steel bars with high efficiency.
- Mobile bending host, the bending length is automatically determined.
- The bending spindle adopts frequency conversion control, with high bending accuracy.
- High-strength movable guide rail, sturdy and durable.
- Bending multiple steel bars at one time, high production efficiency.
| TECH PARAMETER | ||||||
| Model | G2L32A | G2L32B | G2L32C | |||
| Diameter of steel bar | Bending angle | Diameter of steel bar | Bending angle | Diameter of steel bar | Bending angle | |
| Capacity | Φ6-Φ32 | +180°、-120° +90°、-90° | Φ6-Φ32 | +180°、-120° +90°、-90° | Φ6-Φ32 | +180°、-120° +90°、-90° |
| Main bender speed | 0.6 m/s | 0.6 m/s | 0.6 m/s | |||
| Bending speed | 60°/s | 60°/s | 60°/s | |||
| Bending error | ±1 mm/m | ±1 mm/m | ±1 mm/m | |||
| Min axis spacing | 470mm | 490 mm | 490 mm | |||
| Power | 19.5 kW | 16.2 kW | 16.2 kW | |||
| Overall dimensions | 13.5×2.15×1.6 m | 12.5*2.15*1.6m | 12.5*2.15*1.6m | |||
| Weight | 5T | 3.8T | 3.8T | |||
Vertical Rebar Bending Center FAQ
Q: What should we do if the bending dimension is unstable and out of tolerance?
A: Troubleshooting sequence:- Verify whether the drawing parameters entered in the touch screen are incorrect;
- Check for origin offset and perform homing calibration again;
- Replace the mould if bending pins or shaft sleeves are worn;
- Insufficient pressure of clamping cylinder causes steel bar slipping;
- Clear iron scraps on guide rails and racks, then apply lubrication;
- Re-level the machine if foundation settlement leads to horizontal offset of equipment.
- Verify whether the drawing parameters entered in the touch screen are incorrect;
- Check for origin offset and perform homing calibration again;
- Replace the mould if bending pins or shaft sleeves are worn;
- Insufficient pressure of clamping cylinder causes steel bar slipping;
- Clear iron scraps on guide rails and racks, then apply lubrication;
- Re-level the machine if foundation settlement leads to horizontal offset of equipment.
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How We Work With You
- 1Solution Development
- 2Manufacturing and commissioning
- 3Operational Production
- 4Business Negotiation
Questions before you decide? See the FAQ.




