Projects

Main objective of the facility is to develop, demonstrate and optimize solutions for the remote handling of breeding blankets as well as similar large structures in the context of DEMO or fusion power plants.

The KurvedCores EUDP project ultimately seeks to produce better and lighter wind turbine blades and to produce these in a fully automated production

The goal of LSP Ship Factory together with Danish shipyards and companies, is to automate ship production using robots and AI.

The LEGO Demonstrator project is part of the MADE research initiative, involving SDU and partner companies.

Robotized methods for the building of composite-based drones

Development for a new robotic system for the construction sector

Development for a new robotic system for the construction sector

To develop a gantry-based robotic assembly concept for the main components of the photobioreactors to ensure a quick and cost-effective assembly of the photobioreactors.

The Fit4Weld welding cell is a self-adjustable and highly flexible, with the use of a self-adjustable jig system, long machine down-times will be avoided, making industrial welding quicker, more flexible, and more efficient.

This project will allow for the production of offshore structures that are used in the energy industry (particularly windmills) to be made more precisely and accurately.

Robotic shotcrete solutions for large structure production. This technology allows for more efficient construction, whilst reducing repetitive strain for workers.

This project aims to develop novel digital analysis and optimization tools to support the workflow of robotic welding in shipbuilding operations.

Millions for new Danish robot lighthouse: SDU at the forefront of Center for Large Structure Production (LSP)

Next generation concrete 3D-printed structures