FPC@ITA develops solutions for the efficient, highly flexible and safe automation of machines, plants and processes for production as well as for logistic and safety applications. The efficiency and flexibility of our solutions results from the approach of transferring complex sensory and cognitive abilities of humans to automated systems. Our innovative robotics, control and safety concepts support flexible cooperation between people and automation systems in adaptable production processes.
Haptic robot-assisted telerehabilitation
Soft robotic orthosis with intelligent motion monitoring and real-time feedback
Flexible, lightweight, dual-arm robot system for the automated cucumber harvest and other agricultural applications
Realistic robot simulation
Development of a flight simulator in a robotic platform which can provide a significant know-how to develop another simulators (more simple, but high reliable) for personal or educational use
Soft robotic orthosis with intelligent motion monitoring and real-time feedback
Markerless detection of gestures through robust camera-based finger tracking
Realistic robot simulation
Development of a flight simulator in a robotic platform which can provide a significant know-how to develop another simulators (more simple, but high reliable) for personal or educational use
Flexible, lightweight, dual-arm robot system for the automated cucumber harvest and other agricultural applications
Flexibility, precision and automation with industrial robots
Development of an automatic process for robotic assembly of aircraft structures and a cooperative robotic system for drilling and inserting fasteners for aeronautical fuselages
Development of robotic systems and end effectors applied in industrial robots to execute the tasks necessary to manufacturing aircraft wings
Development of end-effectors to complement the necessary tasks for the automation of aircraft structural assembly
Development of a force amplification system to handle large pipes
Development of a high innovative process through automatic align with industrial robots using a programming called cooperative movement
Development of an automatic process for robotic assembly of aircraft structures and a cooperative robotic system for drilling and inserting fasteners for aeronautical fuselages
Development of robotic systems and end effectors applied in industrial robots to execute the tasks necessary to manufacturing aircraft wings