Development of a high performance industrial fringe projection system for 3D measurements based on consumer optics and electronics.
Combining 3D-printed micro optics with imaging fiber bundels and two-wavelength digital holographic imaging for microendoscopic topography measurements.
Combining two-wavelength digital holographic imaging with optical coherence tomography (OCT) for reliable object detection under challenging visibility conditions.
Optical design and development of a variable focal length projection lens for use in high-resolution headlight systems utilizing Texas Instruments DLP® technology.
Printoptix is an optics-tech startup that specializes in deisgn, development and fabrication of unique 3D-printed microoptical components and systems.
The Institute of Applied Optics ITO at the University of Stuttgart is one of the leading optics research institutes worldwide.
The 4th Physics Institute focuses on ultrafast nanooptics. One major application is ultra-short and ultra-broadband laser pulse generation.
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