Multimodal Object and Scene Characterization

Recording, combination and evaluation of 2D, 3D and spectral image information

Variety of sensory parameters to characterize complex objects and scenes in industrial as well as non-industrial applications.

The multimodal object and scene characterization through imaging and sensing enables the comprehensive recording and evaluation of complex states and processes. This allows autonomous and interacting technical systems to be developed and used for metrology and quality assurance in industry as well as real-life environments.

Multimodal Imaging

Multimodal imaging is the recording, combination and evaluation of several imaging procedures in order to obtain information about complex technical or non-technical objects and scenes.

Multimodal Sensing

Multimodal sensing describes the recording, combination and evaluation of several photonic and non-photonic sensory processes in order to obtain information about complex technical or non-technical objects and scenes.

The combination of multimodal imaging and sensing is needed to gain a more complete understanding of the object to be studied, its environment and its interaction with its environment. This combination enables the recording and provision of relevant information that leads to a more precise and robust understanding of complex objects and scenes.

Our services

In the Imaging and Sensing department, scientists and technicians work together with industry and research partners to develop innovative, application-specific imaging systems which, thanks to additional sensor modalities, enable research and industry partners to realize measurement

• Advice on the selection and integration of imaging technologies and sensors for specific applications
• Development and adaptation of imaging systems for various imaging modalities (2D and 3D, wavelength ranges from UV to VIS and SWIR to LWIR)
• Integration of sensors for recording physical variables such as temperature, pressure, humidity or movement
• Development of image processing algorithms for analyzing and evaluating image data
• Prototyping and development of customized solutions for specific applications in the fields of medicine, industry, biology and many more
• Validation and testing of imaging systems and sensors
• Training and workshops on the use and handling of imaging technologies and sensing

Do you have an application for metrology and quality assurance in industry, biology, medicine or everyday life that cannot be solved with single standard components? We will gladly advise you! In close cooperation with you, we research and develop solutions from simulation to usable and manufacturable prototype.

Downloads for product sheets on our research topics

Our data sheets summarise relevant information on our current research highlights in a compact and clear format. Use the download function to save interesting and relevant topics for later and to save important data and visualisations for later retrieval.

Metrologically Computer Tomography

High Speed 3D Measurement System

Process-integrated 3D sensing: solutions for zero-defect production (german version)

Inline 3D sensor for real time applications

Real-time high-resolution 3D scanner

KOLIBRI cordless: Handheld optical 3D scanner with "R³ Forensics"

High-speed 3D-measurement with LED-based multi aperture fringe projection

Handheld optical 3D scanner for underwater use