Functional Positioning for Precision Industrial Bending
The Vertebra Bending - Type 8-7 serves as a high-precision solution engineered by a reputable bending machine manufacturer for enterprises demanding consistent, accurate metal deformation. It targets industries where pipe and tube bending require strict dimensional tolerances and complex contour profiles. This tube bend machine is suitable for production facilities engaged in volume bending, prototype testing, and research and development. The CNC-controlled interface reduces operator training time while streamlining the fabrication process. Its robust build ensures reliable operation even in strenuous manufacturing environments, facilitating integration into automated workflow systems and quality control protocols.
Technical Specifications and Measurable Performance
Featuring a three-roller vertebra design and Type 8-7 CNC control system, this metal bend machine guarantees repeatable and precise bends with a processing range accommodating pipe diameters from 10" to 32". Key specifications include 8 servo axes, 21 to 326 radian editing points, dual servo feed lines, and synchronized discharge mechanisms. With a cutting power of 3KW at both ends and durable construction, it supports material thicknesses from 0.7 to 1.3 mm. The system’s biaxial forming mode and encoder detection optimize accuracy, ensuring fast throughput at up to 45 pieces per minute while maintaining minimal maintenance needs. The user-friendly interface simplifies setup and mold calibration, crucial for diverse bending requirements.
Industry Applications and Operational Value Proposition
This pipe bend machine excels in sectors such as automotive, aerospace, furniture manufacturing, and sanitary ware production where precision metal shaping contributes to final product integrity. Its capability to handle complex profiles benefits quality assurance teams focused on consistent bend accuracy, reducing scrap and rework costs. The machine supports prototype verification and process validation for new material forms, enhancing research and development efficiency. Moreover, its integration facilitates operator training programs and client prototyping activities, fostering improved cycle times and reduced downtime, ultimately enhancing production scalability and return on investment in metal bending operations.
| ltems | Technical data |
| unit type | Type 8-7.0 |
| operating system | CNC |
| Number of radian editing points | 21-326 |
| Servo axis number | 8 |
| Cut the station | 2 Station |
| Forming mode | biax |
| Feed wire wheel group | 1 Group |
| Send line way | Double servo |
| Encoder detection | have |
| Mold card testing | have |
| No material /disconnection detection |
have |
| Discharge method | Synchronized with output |
| Lancer marking machine | optional |
| Cut cutting power at both ends | 3KW |
| Intermediate gap power | 1KW |
| Power of curyedcurved motor | .750KW |
| Auxiliary curvedarc motor power | .750KW |
| Intermediate notchmode moves the motor power |
.750KW |
| Forming mechanism moving motor power | .750KW |
| Forming mechanismmoving motor power | not have |
| Delivery line servo motor power | .750KW* double servo |
| suitable material diameter | W7.0*T0.7~1.3 mm |
| Processing range(inch) | 10”-32" |
| production efficiency | Admito 45/ min |
| Materialdelivery rack | Oil pressure beltleveling is 1.5 tons |
| Paid rack power | .66KW |
Use Scenarios
Precision Prototype Testing and Quality Control in Automotive Manufacturing
In automotive component production, the Vertebra Bending - Type 8-7 supports prototype verification and quality assurance by delivering precise and repeatable pipe bending crucial for frame subassemblies and exhaust systems. Operating in an environment demanding stringent tolerances, this pipe bend machine integrates with CAD/CAM systems, enabling direct CNC input from design software. Its servo-controlled axes ensure consistent curvature across test batches, facilitating compliance with industry standards. The machine’s efficient setup and minimal downtime accelerate research cycles and allow for rapid adjustment of bending parameters, directly contributing to enhanced product validation workflows and reduced timelines from concept to production.
Research and Development for Sanitary Ware and Furniture Manufacturing
Within sanitary ware and furniture manufacturing sectors, the ability to bend metal profiles efficiently supports innovative design and functional component fabrication. The Vertebra Bending - Type 8-7 functions as a critical tool in R&D labs and pilot production units, where testing new wire and tube geometries require precise control over bend radii and profile consistency. Operating as a metal bend machine under automated CNC control, it lends itself to validating prototype components, calibrating tooling, and ensuring product repeatability. Its integration with quality measurement systems allows for real-time adjustments, substantially improving design iteration speed and enabling compliance with strict industry specifications for durability and aesthetics in final products.
What types of metal profiles can the Vertebra Bending - Type 8-7 handle?
Our metal bend machine is designed to handle a wide range of profile sizes, supporting material diameters from W7.0*T0.7 to 1.3 mm and processing ranges of 10"-32". The CNC control allows precise bending of complex metal profiles used in pipe and tube applications.
Can you customize the bending machine to fit specific production requirements?
We offer tailored manufacturing solutions to meet your unique production needs. Our bend machine can be configured with various CNC parameters and tooling options, ensuring it integrates smoothly with your existing production lines for optimal efficiency and accuracy.
What support do you provide for installation and operator training?
We provide comprehensive technical support, including installation guidance and operator training to ensure quick setup and safe machine operation. Our user-friendly CNC interface also reduces training time, helping you achieve consistent results with the pipe bend machine.
How do you ensure the reliability and maintenance of the bending machines?
We build our machines with durable constructions and robust components to minimize downtime. Quality control and routine maintenance guidelines are provided to help sustain high performance and precise bends, making our metal bend machine a cost-effective long-term investment.
