OPIE  TOP  English__ オプトロニクス社


Fraunhofer Institute for Applied Optics and Precision Engineering IOF
レーザーEXPO No. C-32-9
Albert-Einstein-Straße 7 Jena Thuringia Germany

● 担当
Imaging and Sensing 
TEL:49 3641 807 806 FAX:

● 出展の見どころ
Ranging from array projectors in the automotive sector to 3D real-time scanners in production and quantum technologies for tap-proof communication, the Fraunhofer - Institute for Applied Optics and Precision Engineering IOF develops innovative solutions with light for a wide variety of applications. To cover the entire photonic process chain, we use our comprehensive competencies in the areas of optical and mechanical system design, micro- and nanostructured optics, opto-mechatronical as well as precision optical components and systems, functional surfaces and coatings, laser and fiber technology, imaging and sensing technology, and future technologies, such as optical quantum technologies. Innovative solutions arise that open up new fields of application for photonics in science and industry. As part of the Fraunhofer-Gesellschaft, our research is based on a passion for taking on significant challenges and breaking new ground.

● 出展製品

goSCOUT3D allows for the detailed visualization and analysis of complex objects by capturing their entire surface and generating 3D models including high-resolution color and texture information. The mobile 3D scanner’s features make it suitable for visualizing and documenting measurement objects, creating digital twins, and providing input data for augmented reality applications.

532 nm laser with soldered optics for the Raman experiment of the 2022 EXOMARS mission

The centerpiece of RAMAN spectrometer’s heavily miniaturized and space-worthy laser source is a diode-pumped solid-state laser with frequency doubling. The green laser assembled in Jena works at a wavelength of 532 nanometers and more than 100 milliwatts and weights only 50 gram including its housing.

Laserbeam soldered optics for harsh environments

Lenses, low strain soldered to alignment turned mounts, for objectives in short-wave and high-power applications. They are suitable for vacuum conditions and harsh load cases. The contact-free laser-based input of reflow energy minimizes the thermal load during assembly and allows high accuracy bonds.

Inkjet-printed Freeform lens with integrated functionalities and other various 3D Inkjet printed optical components

3D Inkjet printing not only enables the cost-effective production of individualized optical components. The compatibility of the process with numerous functional materials also opens up new possibilities in the production of highly integrated optical systems. For example, conductors, LEDs and photodetectors can be integrated directly into optics.

SLITA assembly

high precision double slit device of the Slit assembly for the FLEX Instrument

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