Aircraft Fuselage Bending Machine | Aerospace Frame Forming Equipment
- Bend Complex Aerospace Profiles Without Stretch Forming
- Multi-Axis Bending with Torsional Control
- 10x Faster Processing, No Die Changeovers
- Aerospace-Grade Precision and ISO 9001 Compliance
Aircraft Fuselage Bending Machine
Specs
- Hydraulic Bending Power: 25T
- X4 and X5 Revolution: 1-10rpm, Steplessly changed
- Axis Repositioning Tolerance: 0.01mm
- X6 and X7 Stroke: 80mm
- X8 and X9 Stroke: 150mm
- X8 and X9 Swing Angle: ±15°
- X10 to X14 : Inward and backward stroke 60mm, Left and right movment stroke 150mm, Swing angle ±90°, Rotate angel ±360°, Lifting stroke150mm
- Shaft Diameter: Upper 110mm, Lower 80mm.
- Shaft Length: 220mm
- Upper Roller Torque: Max. 5000N.m
- Lower Roller Torque: Max. 3500N.m
- Weight: 3500Kg
Optional extras
Installation and commissioning
The machine should be connected to a 400, 420 or 480V, 3-phase, 50/ 60Hz power supply form a wall mounted or cable drop with an isolator.
Continuous compressed air supply of 3 to 5 bar is required for the encoder deployment. Some automation accessories require additional air supply, this will be noted on the shop drawing.
We highly recommend the machine installed and commissioned under consultancy and supervision of Inductaflex engineers. We offer turnkey installation & commissioning, maintenance service to secure specification and operation of machine
Shipping
We are willing to handle the shipment in accordance with the requested term under Incoterms 2020
Warranty
The warranty period for goods is within 3 years from the date of BL/AWB for any broken, damages, defects be caused to the Goods by quality of Goods and for reason attributable to the Seller.
In case the Goods need to be repaired / replaced within the warranty period, the execution time shall be the minimum reasonable required time from the Buyer and Seller’s agreed date.
The Seller shall be relieved of its obligations under this Warranty to the extent that:
– The Buyer has modified the machines. The damage to the Goods has occurred during transit, or is due to improper storage, unloading, handling or operation by the Buyer
– The Buyer has failed to handle, install, operate and maintain the Goods strictly in accordance with the instruction manual of Seller.
– Wear and Tear parts are excluded from warranty.
In the case of a turnkey project, warranty will commence once the installation is completed.
Aerospace Bending Technology Redefined
Bend Complex Profiles Without Stretch Forming
Our system bends U-, T-, Z and custom-shaped aluminum extrusions that traditionally require stretch forming. Using servo-driven rollers and controlled support tools, we form intricate fuselage components—faster, cheaper, and without heat or multiple stage setups.
Anti-Twist Multi-Axis Forming
Traditional roll benders twist asymmetrical profiles. Our machine uses Z-axis and real-time torsional correction to ensure profile integrity. Aerospace stringers, longerons, and frames come out accurate and twist-free, even on 3D multi-plane curves.
EXCLUSIVE SERVICES WITH LIMITED OFFERS
MAINTENANCE
2. Spare parts supply
3. Performance optimization
TRAINING
2. Advanced Technical Training &
3. Video Training
TECHNICAL SUPPORTS
2. Spare guide for repairs and adjustment.
INSTALLATION & SET UP
2. On-site Supervision & Consultancy.
TOOLING DESIGN & SUPPLY
2. Tool Manufacturing.
TECHNICAL CONSULTATION
2. On-site machine customization and solutions for specific requirements.
EXAMPLE BENDS
Faster, More Flexible Aircraft Frame Production
One-Tenth the Time of Conventional Methods
Form a full fuselage frame in minutes—not hours. Our CNC system processes complex variable radii bends up to 10× faster than stretch forming, eliminating the need for re-fixturing, annealing, temperature control or custom dies.
Zero-Die Production Changeovers
Switch from one part design to another by loading a new CNC program. There’s no need to manufacture, store, or change out hard tooling. Perfect for prototyping, low- to mid-volume builds, and fast design iterations.
Aerospace Quality, Proven Performance
±0.5 mm Tolerances on Aircraft Parts
Our machines hit aerospace tolerances every time. Using feedback-controlled bending and re-bending, we produce structural frames, bulkheads, and stiffeners with ±0.5 mm precision—meeting the strictest fuselage frame specs.
Trusted by Tier 1 Suppliers and Electric Aviation
Tier 1s like Heart Aerospace trust Inductaflex for critical fuselage parts. Our machines are built for aircraft programs in the USA, ensuring high repeatability and low part rejection.
Machine Integration and Support
Industry 4.0-Ready CNC Interface
Integrate our machine with CAD/CAM workflows using DXF or STEP files. Set up jobs, monitor parameters, and log QC data—all from a simple touchscreen CNC interface engineered for aerospace manufacturing.
Scalable, Low-Maintenance System
Our servo-electric drive system reduces energy usage by up to 70% and eliminates hydraulic leaks. Designed for shop-floor simplicity, the machine includes remote diagnostics, training, and support for long-term uptime.
FAQs
Common Questions About the Aerospace Fuselage Bender . Contact us with any questions that you may have, or review some of the commonly asked questions that our sales team receives below:
Why is this machine better than others?
Our machine has the most advanced software in the world for aluminum profiles. Moreover, this—coupled with the variable shaft centres that allow bending with wide centres—makes the machine the most suitable on the market.
What industries is this machine best suited for?
Aluminium Extrusion Roller Bending Machine is ideal for forming complex aluminium frames used in:
- Guitar-shaped case frames
- Railway carriage connectors (bellows)
- Architectural features and sculptural profiles
How large of a profile can the machine bend?
We can bend profiles from 1/4 inch high up to 36 inches tall shapes, and widths ranging from 1/4 inch up to 20 inches.
How does the machine ensure bend uniformity?
Can it handle asymmetrical or thin-wall profiles?
Is the machine suitable for use in automated production lines?
What kind of training and support is offered in the U.S.?
How is the bending program handled?
- Manual input of curve parameters (such as radius, length, angle, and speed)
- Automatic programming by uploading a .dxf file via a USB port, which the machine processes into a bend sequence.
The bending program is user-friendly and does not require skilled operators. Most users can become proficient in programming curves within just a few hours of training.
How is machine maintenance handled?
Additionally, the control software includes a built-in maintenance management feature that allows users to schedule, track, and log maintenance activities easily, helping to ensure consistent performance and longevity.
What is Inductaflex’s after-sales service?
Customers are welcome to contact us at for any concerns or support requests — we are committed to responding within 24 hours.
Additionally, to extend the machine’s service life and ensure optimal performance, we offer three technical service packages tailored to suit various operational needs.
Can your machine bend LED light frames?
Can you bend T6 temper material?
Get a Technical Datasheet
Contact Us to discuss part requirements, lead time, and ROI analysis for your program.
Inductaflex Limited
Unit 1, Highbridge Court
Telford
TF3 3BD
United Kingdom
HELPFUL LINKS
Call: +44 (0)333 939 8888













