Chip-sized Laboratories
Research keywords:
· magnetic nanoparticle
· microreactor
· CFD (computational fluid dynamics)
· Pharma 4.0
· electrospinning
· flow chemistry
Introduction of the Research Group
The Lab-on-a-Chip devices research group deals with multiple, partly overlapping topics. The overlapping area is referred as flow chemistry. Unlike batch chemistry, flow chemistry is easier to automate, process based and better scalable.
Achievements
-Feri PhD-CPS4EU
-Spinsplit cooperations
-successful simulation and validation measurement to describe the aggregation of a magnetic nanoparticle in an external magnetic field under different fluid flow conditions.
Publications
N/AAwards
2021, EURIIDICE; 2020, CELSA21; 2019, CPS4EU; 2020, DigiFED; 2018, NN OTKA;Journals
ENERGIES,NANOMATERIALS MICROMACHINES,
JOURNAL OF MICROMECHANICS AND MICROENGINEERING,
MICROSYSTEM TECHNOLOGIES,
JOURNAL OF FLOW CHEMISTRY
Infrastructure
QBP113, Rapid prototyping laboratory; QB312, Digital Innovation Laboratory (DIH); PC workstation; Simulation server; Altium Designer license; Spinsplit Spinstudio license; ANSYS Multiphysics Research license; University supercomputer; Spinsplit spFlow flow chemical system; (Digital Innovation Lab); Spinsplit spinCube nanofiber forming equipment; (Digital Innovation Lab); CraftUnique CraftBot FDM 3D printer; (Rapid Prototyping Lab); Prusa i3 MK3S FDM 3D printer; (Rapid Prototyping Lab); Prusa SL1 SLA 3D printer; (Rapid Prototyping Lab)Projects
Activity ,Nature of cooperation / research, Supporting project;Pharma 4.0: Unified IoT platform-based control of flow chemical units, Industrial Cooperation ( Spinsplit ) ,CPS4EU;
Flowing microreactors development : the elementary component of a flow chemical system in which the biocatalyst is present in a fixed form ; Use of PDMS and more recently 3D printing technologies (primarily academic cooperation), Academic cooperation (BME SZKTT , University of Ljubljana), CELSA21;
Open microfluidics platform: development of an open software and hardware platform for microfluidic systems for research and development, Academic Cooperation ( Taltech University), ETAg PRG620;
Nanocarrier technology: primarily the creation and integration of polymer nanofibers in a flow microreactor ,Industrial Cooperation ( Spinsplit ), DigiFED / ATMAN;
Numerical modeling of the behavior of magnetic nanoparticles in a microfluidic environment, Basic research, academic cooperation (BME SZKTT , University of Ljubljana), SNN OTKA (Faculty of Chemistry);
Industry relations
The basis of the operation of the research group is the cooperation with Spinsplit Kft . The company was established in 2017 as a university spin-off. Numerous publications with Spinsplit KftConferences
IEEE International Conference you Nanotechnology;International Conference you Thermal , Mechanical and Multiphysics Simulation and Experiments in Microelectronics and Microsystems;
International Conference you Microreaction Technology;
International Conference you Thermal , Mechanical and Multi - Physics Simulation and Experiments in Microelectronics and Microsystems;