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BioProbe is a collaborative initiative by the biophotonics team at Tyndall, focusing on the design and integration of miniature biophotonics probes and sensors for prototyping. This project aims to create advanced probes specifically tailored for various biophotonics applications. The design process considers critical aspects to ensure high performance, miniaturisation and precision.
UNINOVA offers characterization of surfaces in terms of chemical (oxidation states) and elemental constitution as well as surface potentials (including work functions). In depth-resolved analysis is provided by argon cluster depth profiling.
The HF-5000 transmission electron microscope from Hitachi is a 200 kV aberration-corrected CFE TEM or STEM that provides a robust combination of atomic-resolution imaging and analysis, along with extensive automation and sophisticated in-situ capabilities.
UNINOVA offers access to the entire value chain related to SEM analyses of different kinds of samples (thin films, substrates, nanostructures, etc.). Additionally, it is also possible to analyze samples using FIB, EDS, GIS, and in-situ electrical characterization.
An AFM works by quasi-physically probing a surface, allowing to generate not only topography images with xyz quantitative data, but also to obtain nanoscale information on properties such as mechanical or electrical behaviour.
Discover one of the INFRACHIP access providers: Chalmers!
Flexible Microfluidics Fab covers the whole development chain for high throughput fabrication of microfluidic “lab-on-foil” chips
– Simulation & design: fluid dynamics & microfluidic design
– Material selection & development: imprint resin & foil substrate
– Microfluidic fabrication: stamp fabrication – UV-imprinting
– Surface bio-functionalization: micro array spotting, ink jet printing, plasma activation
– Lamination & backend: UV-lamination & laser cutting
– Characterization: optical inspection, lluminescence and electro-chemical read-out, surface characterization
FLEXµOPT covers the whole development chain for 2D-2.5D freeform microoptical elements on flexible substrates
– Optical Design: raytracing
– Material: imprint resins & foil substrates
– Origination: master fabrication by maskless greyscale laser lithography
– Tooling: stamp fabrication by step & repeat UV nanoimprinting
– Replication: roll-to-roll UV nanoimprinting
– Characterization: microscopy, optical spectroscopy, ellipsometry, photometry
Step+Repeat UV imprint machine for pattern upscaling to generate large flexible stamps for roll-to-roll and roll-to-plate imprinting.
Our roll-to-roll nanoimprinting machine facilitates continuous and therefore cost-effective production of micro- and nanopatterns on large-area flexible substrates.
TITLE: European Research Infrastructure on Semiconductor Chips
START-END: January 2024 – December2027
EU CONTRIBUTION: 14 457 463 €
TOPIC: HORIZON-INFRA-2023-SERV-01
Coordinator: Tyndall National Institute
INFRACHIP (2024-2027) has received funding from the European Union’s Horizon Europe research and innovation actions under GA No. 101131822
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