Collaboration Projects
Considering the
set up of Research Consortium?
We are open for collaboration
Do you have any project in mind? In both business and life, earning and maintaining trust is essential. We work hand-in-hand with all our business partners to create commercially productive relationships that never compromise on the quality of the outcome.
We partner with those who have a genuine interest in R2R imprinting technology, believing that through collaboration, we can explore, develop, and deliver the best results for future innovations. We are striving to find new and creative ways to continue our work and carry forth our great collaborations.
Current and Previous Projects
Explore our portfolio to find projects that might align with your current goals. Reviewing our past work can provide valuable insights and demonstrate how our expertise and innovative approaches could benefit your project.
Our extensive experience, combined with a deep understanding of your goals, enables us to collaborate effectively, offering solutions that not only complement your research but also elevate it to new heights.
InnoCoat4Plasma
The project aims to develop innovative bio-based coatings containing renewable, functionalized additives that improve both the functional and antimicrobial performance of imprinted thermoplastic foils for microfluidic and riblet applications.
Next Generation Microfluidics
Establishment of a European Platform for large-scale fabrication of microfluidics with a focus on food safety, diagnostic, and life science together with 22 consortium partners. The project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 862092.
NanoMeas
Development of an AI-supported nanoparticle detection system based on a mass-fabricable microfluidic chip. The project was funded by Eureka.
YoguSlip/Slipfoil
Development and integration of a large-area imprinting process for implementation of yogurt-repellent microstructures into packaging. The project was supported by Green Development and Demonstration Programme (GUDP).
Safelens
Optimization of a large-scale producible Fresnel lens design for concentrated solar heat applications in terms of efficiency, safety, and durability.
PIPSA
Development of a low-cost, polymer-based heat source fabricated utilizing high-throughput Roll-to-Roll technologies. The project was funded by Vækstforum.
R2R Biofluidics
Within the European Horizon 2020 (GA No. 646260), project R2R Biofluidics: Large scale micro-and nanofabrication technologies for bioanalytical devices based on R2R imprinting, a pilot production line and complete process chain for manufacturing of lab-on-chip devices is set up, based on high-throughput R2R imprinting in combination with R2R biomolecule printing and further backend process technologies. This project was a collaboration among 12 partners, led by Joanneum Research.
LANI
Establishment of our high-throughput Roll-to-Roll imprinting platform for replication of micro and nanostructures onto thin-film substrates. The project was supported by The Danish National Advanced Technology Foundation (HTF).
We value partnerships and collaboration
With the honor of working with esteemed clients and partners both in Denmark and internationally, our dedicated engineering team ensures that every project is managed with the utmost professionalism, focusing on every detail to achieve outstanding results.
