CASES

The lists below encompass the accumulated case presentations from research- and development projects carried out by the LINX Association’s main university partners in the time period 2016-2021. Each case is a 1-page summary of project activity, purpose, goal, scope and select results. The overall aim is to show-case real solutions obtained by advanced materials characterization for improvement of company competitiveness.

Two audiences were envisioned, an “expert audience” with cases developed directly by the universities and a parallel “general audience” where the LINX Association has modified said “expert” cases into a layman format (Danish as well as English). Work is still ongoing to produce more of these.

General Audience

Cases by LINX Association (DK)

3D-film afslører mekanismer i medicinsk udstyr (a collaboration between Novo Nordisk and Danish Technical University)

Bedre produktforståelse af bio-tech udstyr (a collaboration between Biomodics and University of Copenhagen)

Den rette vej fra pulver til væske (a collaboration between TU Delft and University of Copenhagen)

Dybtgående kvalitetskontrol styrker produktionen (a collaboration between Tetra Pak® and Danish Technical University)

Effektiv udvikling af medicinske silikoneblandinger (a collaboration between Biomodics and University of Copenhagen)

Grønt bindemiddel i stenuld (a collaboration between ROCKWOOL and University of Copenhagen)

Innovativ indsigt i bæredygtige ingredienser (a collaboration betwen CP Kelco and University of Copenhagen)

Metodeudvikling belyser lægemiddel (a collaboration between Novo Nordisk and University of Copenhagen)

Produktforståelse forstærker innovation (a collaboration between Grundfos and University of Copenhagen)

Trimmede materialer styrker forretningen (a collaboration between Tetra Pak® and University of Copenhagen)

Vejen til effektiv udvikling af lægemidler (a collaboration between Alvotech and University of Copenhagen)

 

Cases by LINX Association (ENG)

3D Movie Reveals Mechanical Movements Inside Medical Equipment (a collaboration between Novo Nordisk and Technical University of Denmark)

Better Product Knowledge of Biotech Equipment (a collaboration between Biomodics and University of Copenhagen)

Developing a Green Binder for Stone Wool (a collaboration between ROCKWOOL and University of Copenhagen)

Effective Development of Medical Silicone Compounds (a collaboration between Biomodics, TU Delft and University of Copenhagen)

In-Depth Quality Control Strengthens Production (a collaboration between Tetra Pak® and Technical University of Denmark)

Optimizing Production for Better Materials (a collaboration between Tetra Pak® and Technical University of Denmark)

Shortening the Path to Pharmaceutical Development (a collaboration between Alvotech and University of Copenhagen)

Silicone alley (a collaboration between Biomodics and University of Copenhagen)

Superman vision (a collaboration between Novo Nordisk, Tetra Pak® and Technical University of Denmark)

Wasted time, multiplied by three billion (a collaboration between Exruptive, Technical University of Denmark and University of Copenhagen)

For Experts

Cases by University Partners

Analysis of folded packaging materials (a collaboration between Tetra Pak® and Technical University of Denmark)

Analysis of roof windows (a collaboration between VELUX and Aarhus University)

Artificial intelligence used in characterisation of porosity (a collaboration between VELUX and Technical University of Denmark)

Biobased binders for stone wool (a collaboration between ROCKWOOL and University of Copenhagen)

Characterizing materials to harvest waste energy (a collaboration between TEGnology and Technical University of Denmark)

Combining X-ray total scattering and conventional X-ray diffraction (Aarhus University)

Complex fibre analysis using X-ray imaging (a collaboration between ROCKWOOL and Technical University of Denmark)

Degradation of permanent magnets (a collaboration between Grundfos and Aarhus University)

Degradation of thermoelectric materials in hot environments (a collaboration between TEGnology and Aarhus University)

Diamonds for X-ray lenses  (a collaboration between JJ X-ray and Technical University of Denmark)

Detecting individual layers in food packaging materials (a collaboration between Tetra Pak and Technical University of Denmark)

Diamonds for X-ray lenses (a collaboration between JJ X-ray and Technical University of Denmark)

Durability of enamelled glass in saline environments (a collaboration between VELUX and Aarhus University)

Electrolyte thickness in fuel cells (a collaboration between Danish Power Systems and Technical University of Denmark)

Evaluating a multispectral X-ray detector (a collaboration between Exruptive and Technical University of Denmark)

Folding of packaging materials (a collaboration between Tetra Pak® and Technical University of Denmark)

Imaging the compression of stone wool fibres (a collaboration between ROCKWOOL and Technical University of Denmark)

Improved time resolution in laboratory in situ µ-CT_GDP (Technical University of Denmark)

Improving the image quality of high-speed data (a collaboration between Novo Nordisk and Technical University of Denmark)

Interpenetrating polymer networks for drug delivery (a collaboration between Biomodics and University of Copenhagen)

Investigation of gypsum after high temperature exposure (a collaboration between DBI and Technical University of Denmark)

Investigating the quality of multimaterial interfaces (a collaboration between VELUX and Aarhus University)

Liquid crystalline polymers for protecting sensitive equipment (a collaboration between Grundfos, Aarhus University and University of Copenhagen)

Micrometer structure of interpenetrating polymer networks (a collaboration between Biomodics and University of Copenhagen)

Mineral formation in heat exchangers (a collaboration between Grundfos and Aarhus University)

Non-destructive thickness determination of plastic layers (a collaboration between Solar Sack and Technical University of Denmark)

Optimising new geometries for cabin luggage scanning (a collaboration between Exruptive and Technical University of Denmark)

Optimizing X-ray imaging for fast data acquisition (a collaboration between Novo Nordisk and Technical University of Denmark)

Quality assessment of 3D printed metal (a collaboration between ScanTronic and Technical University of Denmark)

Quality Assurance of metal powders used for 3D printing (a collaboration between FORCE Technology and Technical University of Denmark)

SAXS analysis of protein-based drugs (a collaboration between Novo Nordisk and University of Copenhagen)

Solid lipid nanoparticles to color food (a collaboration between Chr. Hansen and University of Copenhagen)

Stabilizing emulsions for beverages (a collaboration between Einar Willumsen and University of Copenhagen)

Streamlining the analysis of stone wool fibres (a collaboration between ROCKWOOL and Technical University of Denmark)

Study of voids in roof window components (a collaboration between VELUX and Technical University of Denmark)

Studying shining LED lights (a collaboration between iBOND and Technical University of Denmark)

Sub-second time-resolved X-ray tomography acquisition of insulin pen (a collaboration between Novo Nordisk and Technical University of Denmark)

Thickness determination of coating layers (a collaboration between LM Wind Power and Technical University of Denmark)

Tracking the location of components during operation (a collaboration between Novo Nordisk and Technical University of Denmark)

Verifying the similarity of monoclonal antibodies (a collaboration between Alvotech and University of Copenhagen)

Virtual unrolling for analysing rolled objects (Technical University of Denmark)

Watching milk go from powder to liquid (University of Copenhagen)

Water in thermoplastic spacers (a collaboration between VELUX and Aarhus University)

Wind turbine blade casting at the microscale (a collaboration between LM Wind Power and Technical University of Denmark)

X-ray scattering from thin polymer layers (a collaboration between Tetra Pak® and University of Copenhagen)