On 7th February 2023, from 9 to 11 AM, Dr. Martin Schädel, business manager MOEMS at CiS Research Institute will jointly present Steffen Biermann, director of development & industrial engineering at Micro-Hybrid Electronic, on the development “From Microchip to Gas Sensor System” in the current edition of the digital event series “Spotlights of Micro- and Nanotechnology
The project “Shade-free UV illumination” involved the development of a technical solution for UVC-LED-based disinfection of medical devices, specifically endoscopes. By means of innovative assembly and connection techniques, an appropriate heat management was achieved
Over a period of three and a half years, the project team in the BMBF joint project “DiaQuantFab – Diamond Materials for Industrial Applications” investigated and developed optical microsensor systems based on NV centers in diamond. A holistic approach was taken along the value chain from diamond production and manipulation to the finished sensor system. The selected sensor systems were magnetic field sensors for the application areas of position measurement technology, scanning probe microscopy as well as current measurement.
Based on pulse-sensitive electronics, biocompatible implantable silicon dosimeters for radiation therapy could be developed in the R&D project SiDo at the CiS Research Institute. In vivo dosimeters based on this technology can measure the radiation exposure in the immediate vicinity of a carcinoma during radiation therapy
Next week, the COMPAMED will take place in Düsseldorf from November 14 to 17, 2022. The CiS Research Institute will be represented with a booth (H23.4) in hall 8A at the IVAM joint booth. In addition, Dr. Martin Schädel, Business Unit Manager MOEMS, will report on “Silicon-based Microsensors for Medical & Health Care Applications” in his presentation at the COMPAMED HIGH-TECH FORUM
Yesterday, a CiS workshop on “NDIR Sensors and Components” took place in Erfurt for the third time. In two sessions there were insights into current research projects on IR emitters and IR detectors, fresh ideas were born and new contacts were made
The aimof the current R&D project New Refractive Index Sensor (BZS) is to develop a novel compact sensor for highly accurate relative measurement of the refractive index of liquids within a flow cell or cuvette
As part of the celebratory event for the 30th anniversary of the Aeroclub Arnstadt e.V. in the hangar of the Alkersleben airfield, Dr. Martin Schädel, Business Unit Manager MOEMS at the CiS Research Institute, gave a guest lecture on the topic of “Detection of important vital parameters with light sensor in the ear”
On 15.09. the CiS Research Institute presents its competences for a networked and intelligent infrastructure at the accompanying fair to the Thuringian Forum Mobility on the campus of the TU Ilmenau. Silicon-based sensors for hydrogen concentration measurement, sensors for CO2 measurement in breathing gas and indoor spaces or even special light incidence sensors will be shown at booth A8
The research project StraMiFa started at the CiS Research Institute aims at increasing the emissivity of MEMS-based standard IR emitters by means of a backend coating process. The performance is to be increased and manufacturing costs reduced.
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