Tube-Tec Bending delivers precision aerospace and defense metal bending services for OEMs and contractors operating in the most demanding production environments. Our facility specializes in cold forming methods, including CNC mandrel bending and CNC roll bending, to produce complex tube, pipe, and structural components that meet the exacting dimensional requirements of aerospace and defense programs. From prototype development through full-scale production runs, we provide the consistency, material expertise, and fabrication depth that aerospace OEMs require to keep programs on schedule and on specification.
Aerospace Tube Bending Solutions
Aerospace programs demand fabrication partners capable of producing precise, repeatable components across a wide range of profiles and geometries. Our aerospace tube bending solutions cover the full scope of structural and fluid system requirements, from tight-radius ducting components to large-diameter structural members and continuous-curve airframe elements.
We form round tube, square tube, rectangular tube, and specialty profiles using cold forming methods exclusively, preserving the mechanical integrity of aerospace-grade materials throughout the shaping process. Whether your program requires a single prototype bend or a high-volume production run with strict repeatability requirements, our team has the tooling, process knowledge, and equipment capacity to deliver consistent results across every part.
Aerospace Tubing and Pipe Bending Fabrication
Producing reliable aerospace tubing and pipe bending fabrication requires a disciplined process built around precision at every stage. Our team manages the complete production workflow in-house, from initial tooling setup through final inspection and delivery. Each phase of our process is designed to eliminate variability and ensure that every formed component meets the dimensional and material requirements of your aerospace program.
Mandrel Setup and Tooling
Every project starts with a full review of part geometry, material specs, and bend radius requirements. Our technicians then configure the appropriate mandrel tooling to internally support the tube or pipe during forming.
This ensures:
- Consistent inner diameter throughout the bend
- Controlled wall thinning within specification
- Minimal ovality on tight-radius aerospace components
- Repeatable results across prototype and production volume

CNC Forming and Production
Once tooling is confirmed, parts are formed using our CNC mandrel bending and CNC roll bending equipment. CNC mandrel bending is utilized for tight, consistent radii where dimensional accuracy and repeatability are critical. For components requiring large continuous curves or sweeping structural arcs, we apply CNC roll bending to achieve smooth, uniform results across the full length of the part. All shaping is performed exclusively through cold forming methods, ensuring that the base mechanical properties of aerospace-grade materials such as titanium, Inconel, and aluminum are fully preserved during production.
Quality Inspection and Delivery
Every formed component is inspected before it leaves our facility. Our quality process checks:
- Bend angles and radius consistency
- Wall thickness against supplied specifications
- Overall part geometry and dimensional accuracy
Materials for Aerospace and Defense Applications
Aerospace and defense programs require materials that perform reliably under extreme thermal, mechanical, and environmental conditions. Tube-Tec Bending has extensive experience cold forming a wide selection of aerospace-grade metals and alloys. Our material expertise includes:
- Titanium: Lightweight and exceptionally strong, widely used in airframe structures, hydraulic lines, and engine components where weight reduction is critical
- Inconel: A high-performance nickel-based superalloy engineered for extreme heat and pressure environments including exhaust systems and engine assemblies
- Aluminum: A versatile lightweight alloy commonly specified for structural airframe components, ducting systems, and fluid delivery lines
- Stainless Steel: Corrosion-resistant and high-strength, used across a broad range of aerospace fluid systems, structural members, and exhaust components
- Carbon Steel: Dependable and cost-effective for ground support equipment and non-flight structural defense applications
- Copper Alloys: Including brass and bronze, utilized in specialized aerospace fluid and thermal management systems
- Exotic Alloys: Our team regularly processes specialty and mission-critical materials for defense and commercial aerospace programs with unique performance requirements
All materials are shaped exclusively through cold forming to preserve the base mechanical properties established during material certification. We do not utilize hot rolling at any stage of our process.
Aerospace Applications We Support
Our aerospace and defense metal bending services support OEMs and defense contractors across a wide range of flight-critical and mission-critical applications. Through precision aerospace tubing and pipe bending fabrication and our full suite of aerospace tube fabrication and rolling services, we produce components for:
- Hydraulic and Fuel Line Tubing: We apply CNC mandrel bending to form tight-radius hydraulic and fuel lines with consistent inner diameters and controlled wall thinning for reliable performance in high-pressure aerospace fluid systems.
- Structural Airframe Components: Our precision tube and pipe bending services produce repeatable frame members, cross members, and structural reinforcements using cold forming methods that preserve the full tensile strength of aerospace-grade materials.
- Ducting and Ventilation Systems: We utilize CNC roll bending to produce large-radius ducting profiles with smooth continuous curves, uniform wall thickness, and minimal ovality throughout each component.
- Engine and Exhaust Components: We cold form Inconel, titanium, and stainless steel into precision engine and exhaust components capable of withstanding the extreme thermal and mechanical demands of both commercial aviation and military defense programs.
- Ground Support and Defense Platform Components: Our structural bending and shape rolling capabilities support heavy-gauge fabrication for armored vehicles, ground platforms, and naval vessel applications.
Partner With Tube-Tec Bending for Your Aerospace Program
Tube-Tec Bending has the equipment capacity, material expertise, and process discipline to support aerospace and defense OEMs from initial prototype through full-scale production. Whether your program requires precision CNC mandrel bending for tight-radius fluid lines or large-diameter structural shape rolling for airframe assemblies, our team is ready to deliver. Contact us today to discuss your project requirements or request a quote for your next aerospace or defense fabrication program.
Frequently Asked Questions About Our Aerospace and Defense Metal Bending Services
Below are answers to common questions we receive from aerospace OEMs and defense contractors about our tube fabrication and rolling capabilities.
What aerospace and defense metal bending services does Tube-Tec offer?
We provide a comprehensive range of cold forming services, including CNC mandrel bending, CNC roll bending, pipe bending, structural shape rolling, and specialty bending for aerospace and defense programs. We work across a full range of profiles, including round tube, square tube, rectangular tube, angle, bar, beam, and channel up to 20 inches.
Do you offer hot rolling for aerospace components?
No. Tube-Tec Bending performs all shaping exclusively through cold forming methods. This ensures the base mechanical properties and tensile strength of aerospace-grade materials are fully preserved throughout the fabrication process.
What materials do you work with for aerospace tubing and pipe bending fabrication?
We regularly process titanium, Inconel, aluminum, stainless steel, carbon steel, copper alloys, and exotic specialty metals. All materials are shaped exclusively through cold forming methods to preserve the mechanical properties established during material certification.

