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Plant health can be measured with photonic sensors. Pressure points, sugar content, diseases and much more can be analyzed quickly and easily... read more

Plant health can be measured with photonic sensors. Pressure points, sugar content, diseases and much more can be analyzed quickly and easily... read more

Plant health can be measured with photonic sensors. Pressure points, sugar content, diseases and much more can be analyzed quickly and easily... read more

Innovative developments for agriculture and food production... discover

Innovative developments for agriculture and food production... discover

Innovative developments for agriculture and food production...
discover

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Optical and acoustic sensors enable modern medicine to gain insights into deeply hidden tissue layers and mechanisms at molecular cell level... read more

Optical and acoustic sensors enable modern medicine to gain insights into deeply hidden tissue layers and mechanisms at molecular cell level... read more

Optical and acoustic sensors enable modern medicine to gain insights into deeply hidden tissue layers and mechanisms at molecular cell level... read more

Diagnostic innovations for medicine and biotechnology... discover

Diagnostic innovations for medicine and biotechnology... discover

Diagnostic innovations for medicine and biotechnology... discover

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Artificially produced metasurfaces in the laboratory improve the resolution and extend the spectral range of detectors enormously ... read more

Artificially produced metasurfaces in the laboratory improve the resolution and extend the spectral range of detectors enormously ... read more

Artificially produced metasurfaces in the laboratory improve the resolution and extend the spectral range of detectors enormously ... read more

Object recognition through artificial intelligence for robotics... discover

Object recognition through artificial intelligence for robotics... discover

Object recognition through artificial intelligence for robotics... discover

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The mobile non-destructive Raman method can be used to reliably separate different products in the recycling process, regardless of location... read more

The mobile non-destructive Raman method can be used to reliably separate different products in the recycling process, regardless of location... read more

The mobile non-destructive Raman method can be used to reliably separate different products in the recycling process, regardless of location... read more

Hyperspectral analysis of rocks and soil samples without spectrometer ... discover

Hyperspectral analysis of rocks and soil samples without spectrometer ... discover

Hyperspectral analysis of rocks and soil samples without spectrometer ... discover

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Unique mirror systems (SLM) improve the optical resolution in medical devices to precisely determine tissue types and their edges ... read more

Unique mirror systems (SLM) improve the optical resolution in medical devices to precisely determine tissue types and their edges ... read more

Unique mirror systems (SLM) improve the optical resolution in medical devices to precisely determine tissue types and their edges ... read more

Optical modules for high-resolution microscopy and tissue analysis... discover

Optical modules for high-resolution microscopy and tissue analysis... discover

Optical modules for high-resolution microscopy and tissue analysis... discover

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The non-destructive method of spectroscopy allows recycling processes to be optimized and the composition of textiles, plastics and other materials to be determined in real time... read more

The non-destructive method of spectroscopy allows recycling processes to be optimized and the composition of textiles, plastics and other materials to be determined in real time... read more

The non-destructive method of spectroscopy allows recycling processes to be optimized and the composition of textiles, plastics and other materials to be determined in real time... read more

Smart sorting by textile type and textile soiling with Chemical Sensing... discover

Smart sorting by textile type and textile soiling with Chemical Sensing... discover

Smart sorting by textile type and textile soiling with Chemical Sensing... discover

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Strong partners in the joint research and science project

We bring photonic technologies into application!

Through targeted research and further development of new approaches in sensor technology, artificial intelligence and metamaterial development as well as our practical partners, we are testing a wide range of possible applications in the OASYS project in various areas such as medical technology, object recognition, agriculture, life sciences and Industry 4.0.

The cooperation with regional and national SMEs underlines the transfer character of the project and serves as an incentive for further innovative, solution-driven cooperation between research-based science and interested small and medium-sized enterprises.

Applications and research insights

Research and development for applications

 

Find out about photonic and optoelectronic applications in sensor technology, new process developments and the current state of research on our website. Get to know the people behind the scenes and gain an exclusive insight into current topics.

Does this appeal to you and are you looking for solutions to specific problems in your company that we can solve together using photonic microtechnology? Then talk to us about more efficient sensors that save costs, time and energy or optoelectronic innovations that could offer your company a decisive market-relevant benefit.

We design the future of sensor technology with you!


Do you have an idea for an application with intelligent sensor technology, but don’t know how it could be implemented? Take advantage of our expertise and arrange a free, no-obligation meeting with our project team.