Projects
Project
NextGen All Inclusive
Business development
NextGen All Inclusive supports companies on Funen that need qualified labour. We focus on candidates who can create value for companies by taking on limited tasks that do...
Project
3DLOOP: Integrating feedback-loops for autonomous robot-based 3D Concrete Printing
Tech development
3DLOOP will enable autonomy and robustness to robot systems for 3DCP (3D Concrete Printing) robotics, moving the process a step closer to a truly automated digital fabrication process.
Project
Beyond Beta: Gain success in the robotics, automation and drone industry
Business development
Odense Robotics helps accelerate ambitious startups with exciting innovative solutions within robotics, automation and drones – at the idea phase or already on the market
Project
Improve your supply chain
Business development
Odense Robotics helps member companies improve their supply chain and production.
Project
EDOcobot
Business development
EDOcobot aims to improve robot skills and promote the use of collaborative robots in small and medium-sized manufacturing and logistics companies, thereby increasing productivity and enhancing the digital...
Project
POINT – Perception Of wINd Turbines (POINT)
Tech development
The POINT project aims to explore the potential of robotics and AI in the wind energy sector by employing drones as tools to perform autonomous perception on the...
Project
Autonomous Robotic System for object pick and place in warehouse applications
Tech development
The Autonomous Robotic System project will show that using a multiple degree-of-freedom robot arm, to reach and pick the classified objects, will at a high level performing system...
Project
PotBot – Autonomous transportation of potted plants in horticultural gardens
Tech development
PotBot aims to help robot technology providers, robot technology integrators and end-users in the horticultural industry by mapping the “logistics landscape” and matching the right technologies to the...
Project
SqM-farming
Tech development
Artificial intelligence, robots and drones must give farmers site-specific health status in the field, thus improving quality and yields in agriculture.
