Our specially developed online configurator for tube bending offers an uncomplicated and time-saving way to order customized bent tubes according to your specific requirements. With just three simple steps, you can configure your order effortlessly:
Step 1: Enter values
Enter the technical specifications for your project, the desired bending radius and the bending angle. The required tube length (including a 400 mm waste) is calculated automatically
Step 2: Select material
After you have entered your technical data, you can select the desired material. Our configurator offers you a large selection of high-quality tubes and rods. Select the diameter and surface individually. This means that the components can be adapted not only functionally but also visually to the respective requirements.
Step 3: Get price and summary displayed and place order
Once you have entered all the information and selected the material, the configurator will show you the exact price for your custom-made bent tube or rod. A summary of your configuration will be displayed so you can make sure all the details are correct. Once you are satisfied, you can place the order directly via the configurator.
Our online configurator for tube and bar bending offers a transparent and efficient way to order customized products without having to perform time-consuming manual calculations. You can be sure that your order will meet your exact requirements, saving you time and resources.
Bending tubes and bars is a basic manufacturing technique used in many industries. Depending on the requirements of the project and the desired results, there are different techniques for forming these materials. Below we take a look at some of these bending techniques.
Different types of bending:
Roll bending and 2D bending: In roll bending and 2D bending, the material is bent over a series of rollers. This technique is particularly suitable for long tubes or rods, as it enables continuous bending. Examples include the classics such as the semi-circle or quarter circle, the angle or S-bend and the ring shape. It is often used in the production of railings, stairs and pipelines.
Pin bending: In pin bending, an internal mandrel is used to bend the tube or bar into the desired shape. This technique enables precise angles and radii and is often used for applications where high accuracy is required, such as in the automotive industry or mechanical engineering.
3D bending: 3D bending allows tubes and rods to be bent into complex three-dimensional shapes. It is well suited for handmade projects, architectural elements and piping with unusual geometries.