Steel Rebar Bending Machine
1. Efficient production, significantly improving operational efficiency
Automated operation: The electric drive achieves continuous bending without the need for manual adjustment of the frequency system, reducing manual intervention and increasing efficiency several times compared to traditional manual methods.
Quick response: The motor starts and stops quickly, coupled with a high-speed transmission system, it can quickly complete batch processing of single or multiple steel bars, especially suitable for projects with tight schedules.
2. High precision control to ensure engineering quality
Accurate angle: Through electronic control or mechanical limit devices (such as digital displays or angle adjustment discs), the bending angle (such as 90 °, 135 °, etc.) can be accurately set, and the error can be controlled within+1 ° to avoid rework.
High consistency: During batch processing, the bending shape and size height of each steel bar are uniform to ensure standardization of structural components.
3. Strong power, adaptable to complex needs
High torque output: The electric motor provides stable power and can easily bend steel bars with a wide diameter range (such as $6mm to 40mm), and even handle high-strength threaded steel.
Strong load capacity: Fearless of long-term continuous operation, avoiding performance degradation caused by overheating, suitable for high load requirements of large construction sites.
Place the steel bar at the marked position (dotted line).
Fix the support pin on the machine tool for stable positioning.
Install the central pin and bending pin shaft on the working disc.
Activate the disc rotation to bend the steel bar to the desired angle.The working disc is equipped with multiple holes for inserting bending pin shafts, allowing easy adjustment for various steel diameters. Replaceable central pins further enhance adaptability to different rebar sizes.
Accommodate 25mm to 50mm steel diameters across models.
Adjustable components (bending pins, central shafts) for quick reconfiguration.
CNC models offer millimeter-level accuracy via digital control systems, ideal for complex bending requirements.
Turbine worm gear models provide smooth, high-torque operation for heavy-duty tasks.
Robust construction with thickened panels (10mm for CNC) and heat-treated components.
Safety interlocks and emergency stop functions to protect operators.
Reduced setup time with modular design.
High-speed rotation for rapid production, perfect for large-scale construction projects.
Construction sites (column/reinforcement bending)
Precast concrete factories
Bridge and infrastructure projects
Steel fabrication workshops
Mining and industrial facilities
