Functional Role and Targeted Users of the Vertebra Bending System
The Vertebra Bending Type 6-7 serves as a sophisticated solution primarily aimed at bending machine manufacturers and industrial operators requiring precise and repeatable bends in metal fabrication processes. Its functionality is optimized for the bending of complex metal profiles in manufacturing environments specializing in tube bend machine and pipe bend machine operations. By delivering accurate control over bending radii and profile shaping, this equipment meets the stringent demands of precision engineering teams who seek reliable integration into existing production lines with minimal disruption and reduced operator training overhead.
Technical Characteristics and Specifications Enhancing Precision and Throughput
Equipped with a 7-axis servo CNC control system and an extensive range of 21-81 radian editing points, this bend machine provides exceptional flexibility for complex profile bending tasks. It accommodates material diameters from 7.0 to 14.0 mm and thicknesses between 0.7 and 1.1 mm, delivering production rates up to 30 cycles per minute. The machine’s biaxial station setup and dual feed wire wheel group combine to optimize material handling and throughput. Its modular architecture facilitates seamless integration with existing pipe bend machine and tube bend machine production lines, thereby enhancing workflow efficiency and ensuring high repeatability in demanding manufacturing environments.
Industry Applications and Operational Benefits in Metal Fabrication
This metal bend machine is extensively employed in sectors such as automotive components, appliance manufacturing, and specialized metal profile fabrication where high precision bending is critical. It enables validation of bent pipe and tube profiles for prototype production and inline calibration to optimize cycle times. The system’s user-friendly CNC interface reduces setup time, minimizing downtime during tooling changes and operator transitions. As a result, manufacturers benefit from heightened quality assurance, accelerated production workflows, and consistent compliance with tight tolerance requirements, reinforcing its value across diverse industrial applications.
| ltems | Technical data |
| unit type | Type 6-7.0 |
| operating system | CNC |
| Number of radian editing points | 21-81 |
| Servo axis number | 7 |
| Cut the station | 2 Station |
| Forming mode | biax |
| Feed wire wheel group | 2 Group |
| Send line way | gear type |
| Encoder detection | not have |
| Mold card testing | have |
| No material /disconnection detection |
have |
| Discharge method | The cylinder clip out |
| Cut cutting power at both ends | 3KW |
| Intermediate gap power | .750KW |
| Power of curyedcurved motor | .750KW |
| Auxiliary curvedarc motor power | .750KW |
| Intermediate notchmode moves the motor power |
.750KW |
| Forming mechanismmoving motor power | not have |
| Delivery lineservo motor power | 2.7KW |
| suitable materialdiameter | W14.0~7.0*T0.7~1.1 mm |
| Processing range(inch) | 14”-30" |
| production efficiency | Admito 30/ min |
| Paid rack power | 2.2KW |
| Cut cutting power at both ends | 2.7KW |
Use Scenarios
Prototype Validation and Inline Calibration in Metal Component Fabrication
In metal fabrication environments focused on prototype development and process optimization, the Vertebra Bending Type 6-7 serves a crucial role in verifying bent metal profiles before full-scale production. Its precision control system allows designers and engineers to validate new pipe and tube components, ensuring dimensional accuracy and conformity to specifications. The machine integrates effectively with production lines as a calibration tool, helping optimize cycle times and reduce scrap rates. Utilizing this pipe bend machine and tube bend machine ensures compliance with engineering standards and facilitates smooth transition from prototype to volume manufacturing phases.
Quality Assurance and Custom Tooling Implementation in High-Volume Production
Within production settings emphasizing quality assurance, the Vertebra Bending Type 6-7 enables rigorous testing and fixture validation for bent components to uphold manufacturing specifications. Its flexible tooling options accommodate varying diameter requirements, expanding its applicability across multiple product lines requiring precise bends. The machine’s reliable performance in continuous operation supports consistent product quality and integrates seamlessly with automated fabrication workflows. By leveraging this metal bend machine in quality control routines, manufacturers improve yield rates, reduce downtime, and maintain stringent compliance with industrial standards throughout production cycles.
What metal diameters and thicknesses can the Vertebra Bending Type 6-7 machine process?
Our bending machine manufacturer designed the Vertebra Bending Type 6-7 to handle material diameters ranging from 7.0 to 14.0 mm and thicknesses between 0.7 to 1.1 mm. This allows precise bending for a variety of metal profiles while maintaining tight tolerances required in industrial applications.
Can you customize the Vertebra Bending Type 6-7 for integration into existing production lines?
Yes, we provide integration support for the Vertebra Bending Type 6-7. Our modular pipe bend machine design allows seamless installation and parameter adjustments to fit your workflow. We work directly with manufacturers to ensure efficient operation and consistent bending accuracy.
What maintenance and training support do you offer for this tube bend machine?
Our Vertebra Bending Type 6-7 features a user-friendly CNC interface to reduce training time. We offer technical guidance for operators and maintenance teams to ensure reliable performance, helping you minimize downtime and maintain the high precision expected from our tube bend machine systems.
How does the Vertebra Bending Type 6-7 ensure high productivity and repeatability?
The 7-axis servo CNC control combined with biaxial stations and dual feed wire wheels delivers up to 30 bending cycles per minute. We designed this metal bend machine for durability and consistent accuracy to support demanding production environments where reliability and repeatability are critical.
