The ISAPS Heilbronn team has many years of experience in successfully applying for public third-party funding. Several publicly funded research projects are already running at ISAPS in cooperation with academic partners, Fraunhofer institutes and small, medium-sized and large companies. If we can complement your planned research consortium with our expertise, please do not hesitate to contact us.
Do you have specific industrial research needs that require absolute confidentiality? In this case there is the possibility of contract research. Please do not hesitate to contact us.
Do you see other points of contact? Please feel free to contact us.
High performance computers
3 high performance computers with
Access to bwUniCluster2
HHN and thus, ISAPS, have access to bwUniCluster2, the high-performance infrastructure of the state of Baden-Württemberg, to carry out extremely computationally intensive simulations.
Currently used software
Multi-functional aerosol test bench for atmospheric conditions
(ambient pressure and temperature) with
Aerosol test benches for highler pressures and temperatures
Test bench for mask testing
Test bench for inactivation of aerosolized viruses
(currently in BSL 3 at University Hospital Tübingen)
Test bench for microplastics filtration (washing machine)
use of artificial microplastic fiber suspensions and real-life washing
Others
For the production and analysis of components, ISAPS can access the equipment of the Polymer Institute of Heilbronn University of Applied Sciences (PIK)
Several FDM printers from well-known manufacturers (Multec, Ultimaker, Makerbot) as well as our own filament extruders are available, so that a wide variety of structures can be printed with customer-specific filaments. The SLA and SLS processes can also be used.
Numerous microscopic methods can be used to analyze the manufactured structures. In addition to incident and transmitted light microscopes, a scanning electron microscope is also available.
Pore size meter (TOPAS) for determination of pore size distribution.
ISPAPS Heilbronn has its own µCT-Scanner: Bruker micro CT (SkyScan 1271) with a resolution up to < 0,45 µm/px
CFD simulation of flow through a mask
FDM-FFF 3D printer Multirap M420
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