In cooperation with industrial partners an enhanced microfluidic system could be developed and realised in order to detect a selected biomarker from the analysis of a single drop of blood. A new method to tailor the wetting properties and thereby the hydrodynamic behaviour of microfluidic channels was elaborated. In polymer based Lab-on-a-Chip systems the wetting properties of channel walls were investigated.Besides of classical neurophysiology the new device is able for infrared neural stimulation as well. ![]() ![]() In the frame of the Hungarian Brain Research Project infrared optical elements are integrated into Silicon based microprobes.The piezoresistive force-sensor developed at the Microtechnology Department was modified to fulfil the medical requirements, thereby the accuracy and safety of the operation could be substantially improved. In the laparoscope of heart-surgery robots MFA silicon 3D force-sensors are used for the feed-back of haptic information to the surgeon conducting the operation. In the frame of the ENIAC INCITE project robot development is pursued to facilitate Minimal Invasive Surgery.The device facilitates the registration of fingerprints in 3D, which offers a much higher resolution than the currently used methods. In the framework of the EU FP7 PIEZOMAT project tactile sensor matrix was developed from vertically standing piezoelectric ZnO single-crystalline nanowires by combining nano- and microtechnology processing.Microtechnology Department ( The main task of the Microtechnology Department is the multidisciplinary research on sensors, the realisation of functional nano- and microsensors based upon novel sensing principles, their validation and elaboration of the adequate processing technology. MFA hosts 5 scientific departments and 2 groups: Important task of the MFA is the technical support of the SMEs and the university education, the utilisation of the research infrastructure for serving the needs of graduate and postgraduate education (TDK, BSc, MSc, and PhD) in the scheme of an open access laboratory. ![]() The main tasks of the Institute of Technical Physics and Materials Science (MFA) are: research on nanometer scale functional materials exploring their physical, chemical and biological properties, as well as the exploitation of these properties in the development of integrated nano/microsystems, sensors, and non-destructive characterisation techniques.
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