Try Before You Buy: Hands-On Lab Testing with Your Own Materials
Try Before You Buy – A Day in the Lab
At infinityPV we know that choosing the right coating equipment is a big decision. That’s why we offer our “Try Before You Buy” service — a full day in our laboratory where you can test our quipment with your own foils and solutions. This is not a passive demonstration; you will operate the machines yourself with guidance from our experienced team. The goal is to give you confidence not only in the equipment but also in your own process before making an investment.
A Professional Lab, Your Materials, Your Experiments
When you visit, you will have access to a professional laboratory equipped with multiple fume hoods, a glovebox, and a wide range of supporting tools. Our staff, passionate about coating and printed electronics, will be there to answer your questions and support you throughout the day. You are encouraged to bring your own foils, solutions, and project ideas. Whether your focus is on thin films for batteries, solar cells, pharma, membranes, fuel cells, or other printed electronics, you will see firsthand how our technology integrates into your specific application. This hands-on approach ensures that you learn how the machines behave with your materials and processes, giving you insights that cannot be gained from a brochure or a simple demo.
No Obligations, Just Real Results to Take Home
A lab visit with infinityPV is about opportunities, not obligations. We enjoy meeting new people, learning about their projects, and sharing our expertise in an inspiring environment. Many visitors tell us that a day in the lab gave them new ideas and perspectives, in addition to testing the equipment itself. At the end of your visit, you will not only know if our coaters are the right match for your research or production — you will also leave with real results generated from your own materials.
Why Visit Our Lab?
Hands-on experience with our coating machines
Use your own foils and solutions
Work in a fully equipped lab with fume hoods and glovebox
Operate machine yourself with guidance from our experts
No obligations to purchase
Opportunity to see real results with your materials and processes
Exposure to a collaborative and inspiring lab environment
Ideal for testing applications in batteries, solar cells, pharma, membranes, fuel cells, and other printed electronics
Our Recent Visitors
Benjamin Ferstad and Syed Talat Ali from ZNL Energy visited our facility to test their ZNL-NPx separator for lithium-ion and sodium batteries using the Laboratory Roll-to-Roll Coater, evaluating scalable coating processes to support next-generation battery technologies.
Qurie GmbH visiting the infinityPV lab to explore roll-to-roll slot-die coating for the layered material structures used in their electrocaloric cooling technology. Qurie is developing sustainable cooling systems that operate without compressors or harmful refrigerants, using electrocaloric materials to achieve efficient, quiet cooling.
Katerina and Nathalia from Eurecat testing slot-die coating on the Laboratory Roll-to-Roll Coater and getting an introduction to LBIC characterization for printed solar cells and other energy applications.
Tantec visiting the infinityPV lab to discuss the integration of their corona surface treatment technology into our Laboratory Roll-to-Roll Coater, combining surface treatment and coating capabilities in a compact, modular platform for printed and flexible electronics.
Niels Kuin and Koen Fentsahm from Primus Wafer Paper B.V. testing ink formulation, slot-die coating, and foil trimming for biodegradable packaging coatings.
Sjoerd Veenstra and Stefan van de Beek from TNO visiting the infinityPV lab as part of the LUMINOSITY EU project, working on roll-to-roll slot-die coating of perovskite and interlayers to support the scale-up of flexible perovskite solar cells.
Kotaro Iwashita from Seika Sangyo GmbH visiting the infinityPV headquarters for hands-on training with our coating equipment.
PhD students from the OPVStability EU project joined us at infinityPV for a two-day workshop covering the full R2R fabrication and characterization process for organic solar cells, from coating and printing to stability testing and performance measurements.
PhD students from the OPVStability EU project joined us at infinityPV for a two-day workshop covering the full R2R fabrication and characterization process for organic solar cells, from coating and printing to stability testing and performance measurements.
Naveen Vijayan Mekhileri from bigtec Private Limited visiting the infinityPV lab to gain hands-on experience with roll-to-roll slot-die coating, exploring scalable coating processes for the development of advanced diagnostic technologies.
Clement Denis and Emma Kaye from Auxetec, a University of Leeds spin-out developing innovative auxetic materials with negative Poisson’s ratios, visiting the infinityPV lab to explore roll-to-roll processing. Their work focuses on creating durable, lightweight materials with enhanced resistance to shock, fractures, and tearing, with potential applications across a range of industries.
PhD students from the OPV Stability project joined us at infinityPV for a two-day workshop covering the full R2R fabrication and characterization process for organic solar cells, from coating and printing to stability testing and performance measurements.
Kevinjeorjios Pellumbi from Fraunhofer UMSICHT visiting the infinityPV lab for a full day of roll-to-roll processing of membrane electrode assemblies (MEAs) for electrolytic applications.
Jurgen Poen from E-magy visiting the infinityPV lab to test roll-to-roll coating of silicon-anode battery materials. Following the successful trials, E-magy adopted the Laboratory Roll-to-Roll Coater for developing and scaling double-sided electrode coatings for larger-format lithium-ion batteries.
Dr. Stoichko Dimitrov from Queen Mary University of London visiting the infinityPV lab to explore roll-to-roll processing of perovskite solar cells on flexible substrates and learn about our Laboratory Roll-to-Roll Coater and LBIC characterization system.
Peter Lund and Hicham from IRD Fuel Cells testing their MEA coating process on the Laboratory Roll-to-Roll Coater, using their own materials to verify the process and equipment fit.
David Wake and Dan Kolb from Power Roll Ltd working with the Laboratory Roll-to-Roll Coater to develop and test perovskite solar cells for flexible, lightweight solar panel applications.
Fully Equipped Lab with Fume Hoods and Glovebox
Master Slot-Die Coating & R2R Processing
Unlock the full potential of thin-film manufacturing with hands-on training in slot-die coating and roll-to-roll processing. Whether you’re starting out or scaling up, this workshop gives you practical skills to achieve uniform, high-quality coatings every time.