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Extract of customer projectsOur customers are established in the fields of analytics and diagnostics. A lot of these high innovative projects are strictly confidential. Of course we appreciate their needs and therefore show you here merely a short extract of public customer projects.
Sophion Bioscience A/S (>>) Sophion's novel QPatch system, which is sold to the pharmaceutical industry, allows automated and parallel ion channel screening. To this end, a hybrid microfluidic carrier system is required, which fulfills three different functions. Firstly, it houses 16 microchips on which the measurements are performed. Secondly, it provides the microfluidics needed to make the device work. And thirdly, it acts as interface between the microstructures and the screening apparatus. This includes both electric and fluidic connections. “We are truly grateful for the support we received from thinXXS in the development and optimization of the QPlates. Their expertise in microfluidics, micromolding, and microassembly was a vital contribution to the success we have since we began shipping the QPatch system.” (Torsten Freltoft, CEO). Download
Pelikan Technologies, Inc. (>>)
Pria Diagnostics LLC (>>) The novel device comes as a great relief for couples that have tried unsuccessfully to conceive and that shun to consult professional help due to the costs involved or psychologically motivated inhibitions. In this situation, Element™ permits "men to check their fertility with a simple device that can be used in the privacy of their home without sacrificing the accuracy of analysis." As a leader in the design and production of micromolded devices, Pria approached thinXXS for the development and subsequent supply of the microfluidic component of Element™. INNOMEDIC GmbH (>>) In order to control the motion of the system, a set of specially adapted sensors had to be developed. Due to the high electric and magnetic fields inside an mri scanner, these sensors contain neither electronics nor any ferromagnetic materials. Instead, the sensor information is transmitted optically to the outside control system.
University of Applied Science Jena (>>) The working group instrumental analysis, field of research micro-fluidics & micro sensors is working with micro-fluidic and micro-sensor applications for analysis technology. Our aim is to develop a modular system for transport and control of analyte flows in micro devices and reactors for the use in biomedical-, bio- and environmental technology.   |
