Une machine de pliage de tubes CNC est une machine automatique de formation de tubes qui utilise un système de contrôle CNC ou hydraulique pour contrôler avec précision les angles de pliage et les trajectoires de pliage. Elle est conçue pour le pliage de haute précision de divers tuyaux et tubes métalliques. Avec une performance stable et un niveau élevé d'automatisation, cette machine répond aux exigences strictes des industries modernes en matière de cohérence, d'efficacité et de fiabilité de la production.
Applications de la machine de pliage de tubes CNC
Les pliants de tubes CNC sont largement utilisés dans les industries nécessitant des raccords de tuyaux précis et durables, notamment :
- Systèmes d'échappement et cadres pour automobiles et motos
- Systèmes de pipelines pour l'aérospatiale et la construction navale
- Industries pétrochimiques, électriques et du gaz naturel
- Chaudières, récipients sous pression et pipelines industriels
- Équipements de fitness, articles de sport et meubles en métal
- Climatisation, réfrigération et projets de décoration en acier inoxydable
La machine convient aux tuyaux ronds, tuyaux en acier, tuyaux en acier inoxydable, tuyaux en aluminium et certains tubes de forme spéciale.
Principaux avantages de la machine de pliage de tubes CNC
High Bending Accuracy and Stable Forming
Equipped with a CNC or hydraulic control system, the bending angle range reaches 0–180 degrees, ensuring high repeatability and reducing pipe deformation and scrap rate.
High Automation Level
Feeding and bending processes are completed automatically, reducing manual labor and improving production efficiency. Ideal for batch production and long-term operation.
Multiple Models for Different Pipe Sizes
A wide range of models is available, covering pipe diameters from 10 mm to 100 mm, with different wall thickness capacities to meet various processing requirements.
Compact Structure and Easy Maintenance
The machine features a compact layout, small footprint, durable components, and low maintenance costs.
CNC Pipe Bending Machine Models and Technical Parameters
Electric CNC Pipe Bender Models
| Modèle | Bending Range | Angle Range | Main Speed | Wall Thickness | Puissance du moteur | Poids |
| Model 38 | 10–24 mm | 0–180° | 20 rpm | 1–3 mm | 3 kW | 230 kg |
| Model 51 | 20–51 mm | 0–180° | 20 rpm | 1–4 mm | 3 kW | 260 kg |
| Model 76 | 30–76 mm | 0–180° | 16 rpm | 1–5 mm | 4 kW | 290 kg |
| Model 100 | 40–100 mm | 0–180° | 16 rpm | 2–6 mm | 5,5 kW | 360 kg |
Hydraulic CNC Pipe Bending Machine Models
| Modèle | La capacité de traitement | Travel Speed | Puissance du moteur | Poids machine |
| Model-5 Hydraulic CNC | Round tube 10–50 mm / Steel bar 4–28 mm | 12 m/min | 3 kW | 700 kg |
| Model-9 Hydraulic CNC | Round tube 10–60 mm / Steel bar 4–32 mm | 12 m/min | 3.8 kW | 900 kg |
| Model-11 Hydraulic CNC | Round tube 10–60 mm / Steel bar 4–36 mm | 12 m/min | 5,5 kW | 1050 kg |
How to Choose the Right CNC Tube Bending Machine
When selecting a CNC pipe bending machine, consider the following factors:
- Pipe diameter and wall thickness requirements
- Whether hydraulic drive is needed for large or high-strength pipes
- Production efficiency requirements (speed and output)
- Power supply and installation space
- Service après-vente et support technique
CNC Pipe Bending Machine Price and Purchasing Guide
The price of a CNC tube bending machine varies depending on bending capacity, drive type (electric or hydraulic), and configuration. Choosing the right model based on your actual production needs can help reduce overall manufacturing costs while ensuring consistent product quality.
If you are looking for a stable, precise, and durable CNC pipe bending machine, please contact us for more information. We will recommend a suitable model based on your pipe specifications, application industry, and production requirements, and provide detailed technical parameters and a competitive quotation.
Related Rebar Processing Machines for Complete Metal Forming Solutions
In addition to CNC pipe bending machines, we also offer a complete range of rebar processing equipment to meet different metal forming and construction needs. For straightening raw steel bars before bending, a steel bar straightening machine is commonly used to improve processing accuracy and efficiency. When circular or spiral shapes are required, a rebar ring making machine can automatically form steel bars into consistent rings. For angle bending and shape forming, a rebar bending machine is ideal for producing stirrups, frames, and customized bending angles.
By combining CNC pipe bending machines with these rebar processing machines, customers can build a more complete and efficient metal fabrication line, suitable for construction projects, prefabricated components, and industrial manufacturing applications.
