Rebar Bending Center - A Powerful CNC-Automated Solution for Rebar Processing!Equipped with a high-precision CNC control system, it accurately manages the entire process-from fixed-length measuring, straightening, cutting, to bending-enabling fast and high-quality batch production. Processing efficiency is increased by 3–5 times, while labor costs are significantly reduced.
Equipment Showcase and Processed Products
Performance Overview of the Rebar Bending Machine
- As a high-performance rebar processing machine, the XHWQ-32 bending unit is capable of handling rebar diameters from Φ10 to Φ32 mm. It features bidirectional bending, with an upward bending range of 0–180° and a downward bending range of 0–130°, allowing it to easily form even the most complex rebar shapes.
- Powered by servo drives and a high-precision rack-and-pinion transmission system, the machine delivers accurate, stable, and high-speed bending performance, achieving a bending speed of 48–72° per second. Combined with a traveling speed of 0.5–1 m/s, overall processing efficiency is significantly improved.
- In addition, the machine operates reliably with a rated power of only 17.5 kW. With a total weight of 3 tons and compact dimensions of 12 × 2.1 × 1.52 m, it is easy to install, reposition, and deploy on site. This makes it an excellent choice for high-efficiency and high-precision rebar bending applications.
Highlights of the Rebar Bending Machine
Rebar Bending Center – Especially CNC and Smart Models, Stand Out in Modern Construction The main advantages are as follows
- Precision Control – The equipment uses a CNC system and servo motors to accurately control the bending angle and radius of each rebar. This ensures high consistency for every piece, reduces human error, enhances structural safety, and guarantees reliable project quality.
- High Efficiency – The automated control system supports continuous operation at high bending speeds. Models with dual heads can process multiple rebars simultaneously, performing the work of several workers, directly shortening project timelines and providing a fully automated, hassle-free workflow.
- Easy Operation – A single operator can handle the machine, eliminating heavy manual labor. This reduces fatigue and injury risks while saving significant labor costs.
- Energy Saving – The energy-efficient design lowers daily power consumption and meets new environmental standards.
- High Flexibility – The machine can handle rebars of various sizes and materials. By simply adjusting parameters, it can bend rebars into different shapes, meeting even the most complex project requirements. One machine serves multiple purposes with excellent adaptability.
- Durable Construction – Built with high-strength materials and wear-resistant guide rails, combined with a PLC control system, the machine runs smoothly under high loads. It is robust, durable, and easy to maintain.
- Cost-Effective – Over long-term use, improvements in efficiency and savings in labor and energy significantly reduce total costs, providing high returns on investment.
Comparison Between Manual Rebar Stirrup Bending and CNC Rebar Bending Center
| Comparison Criteria | Manual Rebar Stirrup Bending | CNC Rebar Bending Center |
|---|---|---|
| Efficiency & Automation Level | Highly dependent on manual labor. Straightening, bending, and cutting require multiple workers to cooperate. Low production efficiency and high labor intensity. |
Fully automated, integrated operation. From straightening to final forming completed in one process. One operator can manage the machine. Production efficiency can reach 20–30 times that of manual work, significantly shortening construction schedules.
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| Precision & Quality Consistency | Easily affected by operator skill and fatigue, resulting in large dimensional errors and inconsistent angles, which can impact structural stability. |
Equipped with intelligent programming and servo control systems, enabling precise control of bending angles and shapes (square, circular, etc.). High processing accuracy ensures excellent consistency in batch production.
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| Cost & Material Utilization | Difficult to control straightening length, resulting in excessive cutting waste. Material waste rate can exceed 6%. |
Continuous forming technology minimizes material head loss, almost eliminating waste. Saves raw materials while reducing long-term labor and maintenance costs.
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| Space Occupation & Environmental Impact | Requires large on-site space. Straightening areas may extend from several meters to dozens of meters, making site management complex and increasing safety risks. |
Compact footprint with integrated multi-process functions, simplifying site layout. Low operating noise and energy consumption, compliant with environmental protection requirements.
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| Applicability & Operating Difficulty | Suitable only for simple shapes or small-batch processing; difficult to meet complex project requirements. |
Capable of processing various rebar specifications (including high-strength coils). Supports complex shapes such as polygons and curves. Intelligent operating interface requires minimal skill, making it ideal for large-scale or standardized projects.
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