Bumper Beams
Use tensile force, clamp stability and spring-back control to keep structural profiles consistent.
Automotive stretch forming
Bumper Beam Stretch Bending Machine for Automotive Profiles
A bending machine manufacturer discussion for bumper beams should start with part drawings, profile material and forming accuracy. Camille's bending equipment manufacturer support helps teams compare CNC or NC control, 35-85KN tensile force and servo chuck options for automotive profiles.
35 / 55 / 85KNTensile force options
1.8mLongest material length
35-55 sec/pieceProduction efficiency range
Automotive part map
Separate Bumper Beams, Roof Rails And Pillars
The same stretch bending platform can support different automotive profiles, but each part needs its own accuracy, spring-back and material conversation.
Roof Rails
Confirm profile length and repeatability when forming long automotive support parts.
Pillars
Discuss wrinkle and fracture prevention before selecting CNC or NC control.
CNC or NC control
Choose Control Depth By Precision And Complexity
The product family supports both NC and CNC directions. Match the control system to part complexity, budget and forming accuracy.
| Decision item | NC direction | CNC direction | Buying note |
|---|---|---|---|
| Control element | PLC + touch panel | Industrial computer + motion controller | Use CNC when profiles require more programmable control. |
| Hydraulic power | Three-phase asynchronous motor | Servo motor | Servo control supports higher precision and repeatability. |
| Precision | Moderate, for general processing | High, for precision machining | Let part tolerance and consistency goals drive the choice. |
| Task type | Ordinary machining task | High-precision, high-complexity processing | Send drawings and target profiles before model selection. |
Tensile-force model selector
Prepare The Technical Values Before The Inquiry
A useful project brief connects part geometry with tensile force, material length, chuck control and cycle expectation.
Force Range
Maximum tensile force options include 35KN, 55KN and 85KN for different forming loads.
Material Length
The longest stretch bending material value is 1.8m, so long profile projects should confirm actual part size.
Servo Chuck Control
Chuck reset uses servo motor control, while chuck rotation servo control is optional.
Related machines
Compare Other Forming Routes Inside Camille
If the bumper beam machine is not the exact fit, these related machines keep the review inside Camille's metal forming range.
2D/3D CNC Stretch Bending
For projects that need CNC-controlled 2D or 3D profile forming.
View CNC Stretch Bender
2D NC Stretch Bending
For general 2D profile processing where NC control is enough.
View 2D NC Machine
3D NC Stretch Bending
For 3D profile bending projects that need a different NC machine route.
View 3D NC Machine
Aluminum CNC Roll Bending
For radius forming and rolling paths outside stretch bending.
View Roll BenderPlanning reads
Build A Better Automotive Bending Brief
These Camille articles help teams connect automatic bending, shape consistency and CNC selection before model discussion.
Automatic Bending Machines for Industrial Fabrication
Frame automation, repeatability and production workflow before comparing equipment.
Read Automation NotesStretch Forming Shape Consistency
Review how stretch forming supports bumper beams and similar automotive parts.
Read Shape NotesCNC Bending for Automotive Requirements
Use automotive precision, material and control expectations to prepare the CNC discussion.
Read CNC NotesBumper beam machine FAQ
Questions To Confirm Before Model Selection
Which automotive parts can this stretch bending machine support?
It is designed for bumper beams, roof rails, pillars and related automotive components that require controlled stretch bending.
How should buyers choose between CNC and NC control?
NC control is better for general processing and lower cost targets, while CNC control is stronger for high-precision and high-complexity forming tasks.
What tensile force options are available?
The technical parameters include 35KN, 55KN and 85KN maximum tensile force options.
What stretch bending material length should be planned?
The longest stretch bending material length is 1.8m.
Which servo functions should be discussed?
Discuss servo motor control for chuck reset and the optional servo motor control for chuck rotation.
What information should be sent before requesting a model recommendation?
Send part drawings, material type, material length, target tensile force, required precision, production rhythm and whether CNC or NC control is preferred.