The CiS Research Institute has been working for more than 10 years on the development of photoplethysmographic sensors for the continuous measurement of vital parameters such as heart rate, heart rate variability and blood oxygen saturation. The most recent result is a miniaturised sensor that also monitors blood pressure in the ear
The 10th advisory board meeting of the Advanced UV for Life (AUVL) consortium is taking place today as an online event. The CiS Research Institute is the coordinator of the working field “Modules & Measurement Technology”. Prof. Thomas Ortlepp will give a lecture from 11:45 AM to 12:20 PM about the value creation and supply chains within the field of work
Simultaneous measurement of differential pressure and process pressure – The approach pursued by CiS uses miniaturised pressure sensors which can be applied to carrier materials such as silicon or ceramics by means of flip-chip technologies. By means of adapted passivation processes (ALD, Parylene, etc.), the pressure sensors are available in a media-resistant design
Yesterday, the workshop autum at CiS was continued in an exciting way with the workshop on “Components of NDIR sensor technology” which is already in its second edition. Designed as a hybrid presence and online event, more than 40 experts from research and industry discussed specific infrared sensor development for the analysis of liquid and gaseous substances
Based on innovative assembly and interconnection technologies, CiS is responsible for the development of assembly processes for UV LEDs within the consortium “Advanced UV for Life”. Combined with the know-how of other partners in the consortium, solutions for disinfection with UV-LEDs are realised
Our online seminar on the topic “In-the-ear sensor for vital monitoring” yesterday morning was a complete success. The speakers Dr. Martin Schädel, business unit manager MOEMS and Dr. Martin Jahn, project manager in the MOEMS department, presented an optical sensor which – integrated in an earmould – can evaluate blood pressure changes of each individual heartbeat
Sensitive fluorescence sensors in lump sugar format – Modern fluorescence sensors should be small, high-resolution and highly sensitive, inexpensive and robust. In the SmartFLU research project, the CiS Research Institute is developing a technological construction kit for a 2-channel fluorimeter
The current situation around Corona and the COVID-19 pandemic requires very dynamic action and above-average commitment. Within the scope of industrial orders the CiS Research Institute develops and manufactures thermopiles together with partners. These sensors allow non-contact temperature measurement and are used in contactless thermometers in gate solutions
Yesterday evening, the CiS Research Institute participated in a Parliamentary Evening of the Verband Innovativer Unternehmen e.V. at the German Parliamentary Society in Berlin. In his lecture Dr. Martin Schädel presented research results on an optical in-ear sensor for monitoring important vital parameters
Currently, interdisciplinary experts at the University of Berkeley are discussing novel imaging methods using coupled light quanta. CiS develops and manufactures optical components for this type of quantum imaging
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E-Mail: info@cismst.de
