Production and Mechanical Engineering

Capturing 3D information completely and 3D interaction not only heighten the production efficiency, but they also minimize hazards of the labor process: The robot detects humans and reacts to their facial expressions/gestures.


Life science and Medicine

Capturing and visualizing 3D information permit new ways of diagnosis and therapy. This comprises the early detection of age-associated diseases, rehabilitation assistants and robot carers with new functionalities.


Automotive Industry and Mobility

Capturing 3D information of the driver and its analysis is crucial for future driver assistance and security systems: By managing driver assistance systems through gestures, drivers will be able to focus primarily on the task of driving – one of the prerequisites for accident-free driving.


Security and Environment

Capturing and analyzing spatial information facilitate the security of infrastructures, human identification and the virtual evaluation of security related scenarios.