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Description
These premium high-performance roll wrapped carbon fibre tubes offer exceptional stiffness, strength and low weight, making them ideal for demanding engineering, robotics and precision mechanical applications. Manufactured using unidirectional carbon fibre with a woven outer layer, they deliver excellent structural performance while maintaining a sleek, professional appearance.
Featuring a glossy woven finish and a choice of diameters, wall thicknesses and lengths, these tubes are perfect for lightweight frames, booms, robotic arms, automation assemblies and other high-spec projects. Supplied in convenient packs of two, they provide a reliable and repeatable solution for both prototyping and production environments.
Product Features
- Roll wrapped carbon fibre tube construction for superior strength-to-weight performance.
- Available outside diameters from 5 mm to 10 mm in packs of 2 (plus 11 additional larger size options for broader design flexibility).
- Choice of wall thicknesses: 0.5 mm for ultra-light builds, 1 mm for balanced performance, and 1.5 mm for higher load capacity.
- Standard lengths of 1000 mm and 2000 mm to suit both compact and extended structural members.
- Glossy woven carbon fibre outer finish for an attractive, professional appearance and easy visual inspection.
- High-modulus carbon fibre lay-up with unidirectional fibres for axial stiffness and a woven outer layer for enhanced hoop strength.
- Supplied in pairs to aid symmetrical builds and matched component assemblies.
Key Features and Benefits
- Exceptional stiffness and rigidity help minimise deflection and vibration in precision mechanisms and robotic systems.
- Very low weight compared with metal tubing reduces inertia, improving acceleration, responsiveness and energy efficiency.
- Corrosion-resistant and non-rusting, offering long service life in both indoor and challenging industrial environments.
- Smooth, glossy woven surface is easy to wipe clean and provides a high-quality technical aesthetic for visible components.
- Multiple diameters, wall thicknesses and lengths allow fine tuning of strength, weight and clearance in your design.
- Roll wrapped manufacture provides consistent wall thickness and dimensional stability, supporting accurate fits and reliable assembly.
Specifications
| Specification | Detail |
|---|---|
| Material | High-performance carbon fibre composite with epoxy resin matrix |
| Outside diameter options | 5 mm, 6 mm, 7 mm, 8 mm, 10 mm (plus 11 additional larger diameters available) |
| Wall thickness options | 0.5 mm, 1 mm, 1.5 mm |
| Length options | 1000 mm and 2000 mm standard lengths |
| Finish | Glossy woven carbon fibre outer layer over unidirectional core |
| Pack size | Packs of 2 tubes per selected size |
Applications and Ideal Uses
Designed for high-performance structural and motion-control applications where strength, stiffness and low mass are critical, these carbon fibre tubes are suited to a wide range of technical projects.
- Robotics and automation arms, end-effectors and lightweight gantries.
- Engineering prototypes, test rigs and precision instrument frameworks.
- Drones, UAV components, booms and lightweight structural members.
- Industrial machinery linkages, actuated assemblies and motion stages.
- Custom sporting, hobby and model engineering projects requiring strong, light tubing.
Frequently Asked Questions
Can these carbon fibre tubes be cut to custom lengths?
Yes, the tubes can be cut to shorter lengths using suitable tools such as a fine-tooth saw or abrasive cutting wheel, ideally with masking tape around the cut line to minimise fraying. Appropriate eye and dust protection should be used, and edges should be lightly sanded after cutting.
Are the tubes suitable as a direct replacement for metal tubing?
In many applications, these carbon fibre tubes can replace aluminium or steel tubing where high stiffness and low weight are required. However, carbon fibre behaves differently from metals, so load paths, joint design and clamping methods should be reviewed to ensure compatibility with composite materials.
How can I join or fix components to the carbon fibre tubes?
Components can be attached using compatible epoxy or structural adhesives, bonded inserts, precision clamps, or mechanical fittings that distribute the load around the tube. Avoid point loads or overtightening fasteners, and use protective sleeves or bushings where necessary to prevent surface damage.