Additive manufacturing
Additive manufacturing, also known as 3D printing, is transforming production conditions by enabling complex geometries, weight optimisation and local manufacturing close to customers. However, companies are facing challenges in identifying suitable products for the technology, quantifying its business value, and integrating additive processes into existing production methods. Demand is being driven by long lead times for spare parts, difficult geometries in traditional manufacturing and the need for rapid prototyping, but the transition from traditional methods requires new skills and realistic business models.
RISE develops additive manufacturing as an industrial production method, providing support from the initial idea to the creation of a verified product. Companies can access expertise and test environments to evaluate solutions and quantify business value. RISE supports the optimisation of designs for weight reduction and circularity, manufactures large-scale structures and components, develops processes for metals and bio-based materials, and digitises the entire manufacturing chain, from production to post-processing.
Application Center for Additive Manufacturing
The Application Center for Additive Manufacturing is a co-creation area where industrial partners, research institute, and academia collaborate to push the boundaries of additive manufacturing.
How additive manufacturing transformed Nordholms
In the spring of 2023, Nordholms on the Swedish westcoast, hesitantly opened their eyes to the potential benefits of additive manufacturing. A speedy implementation came to completely revolutionize their production. What happened?
Region Västra Götaland Identifies a Growing Need for Additive Manufacturing
3D Printing unlocks new opportunities for Totech
"Courage is essential. Success isn't guaranteed, but without trying, you'll never find out," says Robert Aronsson, Construction Manager at Totech, reflecting on the subject of 3D printing. In 2023, the company took a bold step by printing its first hydraulic block in stainless steel. This achievement was realized as part of the recently concluded 3D-Action project, coordinated by RISE.
Additive manufacturing
3D-Bioprinting
Testbed for 3D-concrete printing
3D Printing – Child’s Play?
Expanding Nuclear Power, Layer by Layer