External use case DEMONSTRATORS

Real time dynamic motion planning applied to agile production

Separation of Additive Layer Supports by Automation via 2 Way Digital Twin

Advanced Robotics for Accurate Grinding of Complex Metal Parts

Increasing the agility of the cable assembly industry using TRINITY robotics solutions

Sensor Network for Intelligent Predictive Enterprise

AMR Logistics Orchestration for Agile Production

End-to-End Automatic Handling of Small Packages

MYWAI Box: Edge Intelligence for Robotics

Development of an autonomy module to improve up-time and efficiency of a laser cladding cell for volume production

Location based safety for human-machine interactions

Affective Manufacturing System

The Intralogistic Cornerstone for Agile Production

Wire Arc Application of Metal Component Linked to Additive Manufacturing forPipeline Repair

Robotic Sorter for Used Portable Batteries

TRAining of an INdustrial MANipulator Using the MAGOS Platform

World’s first standard bending robot

X-Weld – Planning, Accuracy and 3D sensing for full automation robotic welding

Digitalization of collaborative Screwdriver Applications in Agile Productions

agIle eleCtric mOtor manufacturing


The TRINITY project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 825196