We Roll Durability
In the transport and marine sectors, it’s essential that structures can withstand heavy loads and challenging environments. At Bending Technology, we deliver customised steel and aluminium solutions designed to perform under even the toughest conditions.
High-Alloy Steel and Aluminium
Rolling high-alloy steel and aluminium requires expertise—not only because these materials are difficult to roll, but also due to their high cost. Our know-how and rolling concept ensure minimal material usage and reduced production errors, resulting in less waste and lower costs. We also offer welding of high-alloy materials, enabling us to deliver finished components ready to integrate into your application.
High Accuracy and Precision
Our CNC-controlled machines ensure high accuracy and reliable repeatability across series orders. Each machine stores process data, making it easy to retrieve and reproduce for future deliveries.
Quality control and documentation are defined in close collaboration with our customers. For example, we use Go/No-Go jigs that we design and supply as part of the agreement. The tolerances of these tools are tailored according to the dialogue we've had with the customer about the specific project.
From A to Z
- Consultation – We align needs and expectations to find the best solution together—both technically and economically.
- Quotation Phase – We provide a precise offer based on the agreed criteria.
- Sourcing – We order profiles and components from reliable suppliers and process them according to the technical requirements and specifications we’ve defined. You’re also welcome to source the materials yourself. It’s your solution, and with us, you have a say in what that solution includes.
- Development & Production – We roll the profiles to achieve the desired shape and exact dimensions.
- Qualification & Documentation – We ensure the right documentation and qualification—before, during, and after production.
- Delivery – We make sure everything is delivered as agreed—safely protected during transport.