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produced, which are used in the semiconductor industry, medical technology or the optics industry, for example. One of the current challenges arises from the increased demands of the new applications
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and technologies are primarily aimed at sectors that are particularly important for future viability: aviation, automotive, energy technology, maritime technologies, medical technology and life sciences
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-precision glass components for the semiconductor industry, medical technology or quantum technology with detailed dimensions <1 μm. The spatial and temporal beam shape of the laser pulses is decisive for
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contract research for biotechnological, pharmaceutical and medical technology companies, clinics, diagnostic laboratories and research institutes. For our research group »Clinical Gene Transfer« we
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Are you looking for an exciting job that will change our future for the better? Are you fascinated by laser technology, especially in the field of medical technology? Are you looking for further
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Immunology, Molecular Medicine, Biology, Biochemistry or related fields Have experience with cellular- and molecular biology techniques (FACS, ELISA and qPCR) Are interested in animal studies; experience with
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seams". In the course of the miniaturization of medical and electronic components, there is a need for process-reliable and stable joining technology to produce joining seam widths in the order of a few
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materials for important future fields such as the semiconductor industry, the display industry, medical technology, the optics industry and quantum technology. USP laser processes are characterized by
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In cooperation with the Chair of Laser Technology LLT at RWTH Aachen University, the Fraunhofer Institute for Laser Technology ILT, Europe's leading centre for basic and contract research in
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selective laser-induced etching (SLE), are used to produce high-precision glass components for the semiconductor industry, medical technology, the optics industry or quantum technology with detailed