3D ALUMINIUM BENDING
PRECISION AND ACCURACY OF 3D ALUMINIUM BENDING
With many years of experience and a proven record of numerous successfully completed projects. We promise to deliver high-quality bending work that is 100% custom-made to your specifications and requirements.
One thing is for sure: We settle for nothing less than perfect.
- Bends in multiple planes
- Controlled twisting
- Multiple radii on each axis
- In-house heat treatment
3 Dimentional Aluminium Bends
By utilizing advanced bending machinery and techniques we can precisely manipulate aluminium profiles in three dimensions. Enabling the production of complex and visually appealing curved components.
Our skilled technicians and state-of-the-art equipment ensure accurate and consistent results, meeting the highest standards of craftsmanship.
Whether it’s for architectural structures, industrial applications, or custom designs, our 3D bending capabilities offer versatility and flexibility to bring your vision to life.
Can different alloys and grades of aluminium be 3D Bent?
When planning for 3D bending, it is crucial to carefully consider the chosen aluminium alloy or grade. Some alloys, due to their enhanced formability, are better suited for complex bends. Conversely, other alloys may necessitate precise temperature control, speed adjustments, or specialized tooling to achieve the desired results.
With our extensive expertise in the field, we excel in determining the optimal parameters, tooling, and techniques required to achieve exceptional and high-quality results with specific aluminium materials. Rest assured, we are here to guide you in selecting the most suitable approach to meet your unique 3D bending requirements.
In which industries is 3D bending commonly used?
Architecture and Construction: 3D bent aluminium profiles are used for architectural structures. Such as curved facades, canopies, and balustrades, adding aesthetic appeal and unique design elements to buildings.
Automotive: Curved aluminium components are utilized in the automotive industry for applications. Such as body panels, trims, and interior parts, where 3D bending enables precise shaping and customization.
Aerospace: The aerospace sector employs 3D aluminium bending for aircraft components, including curved structural elements, wing sections, and aerodynamic surfaces.
Furniture and Interior Design: 3D bent profiles are incorporated into furniture design, lighting fixtures, and interior decor, providing stylish and functional curved elements.
Industrial Equipment: Curved aluminium parts are utilized in the manufacturing of machinery, equipment, and enclosures. Where 3D bending enables efficient utilization of space and enhances structural strength.
Marine: The marine industry utilizes 3D bent aluminium profiles for boat hulls, decks, and railings, combining strength and design flexibility.
Electronics: Curved aluminium components find applications in the electronics industry. Such as curved heat sinks, frames, and casings, where 3D bending enables effective thermal management and optimal design.
Exhibition and Display: The creation of curved structures and frames for exhibition. Booths, signage, and display systems, allowing for attention-grabbing and visually appealing setups.
These are just a few examples, and the applications of 3D bending extend to numerous other industries and sectors where the need for curved profiles arises.
Are there any design guidelines or recommendations to consider for 3D aluminium bending?
When planning for 3D bending, it is crucial to consider the chosen aluminium alloy or grade. Some alloys offer better formability and are more suitable for complex bends, while others may require precise temperature control, speed adjustments, or specialized tooling.
Our expertise lies in determining the optimal parameters, tooling, and techniques for achieving successful and high-quality results with specific aluminium materials. We can guide you in selecting the most suitable approach for your 3D bending requirements.