Transforming Ideas into Reality, One Layer at a Time

We specialize in printed electronics, offering production and characterization equipment. Our mission is to advance printed electronics for a sustainable energy future.

 

We are Trusted by Top Scientists Worldwide

Products

Processing Equipment

We specialize in offering turnkey platforms designed for the efficient manufacturing of printed electronics, encompassing batteries, solar cells, and sensors. Leveraging cutting-edge slot-die coating and printing technologies, our solutions deliver precision and reliability, enabling you to achieve superior quality and performance in your production processes.

Characterization Equipment

infinityPV characterization equipment stands as the benchmark instrumentation for effectively testing and evaluating photovoltaic films, single junction devices, and modules. Trusted for its precision and reliability, our equipment ensures thorough characterization to meet the highest standards of performance and quality assurance.

 

Slot-die Heads

Discover our versatile range of slot-die heads tailored to meet diverse application needs. From precision coating in laboratory settings to seamless industrial-scale production, our heads deliver unmatched performance. Unlock enhanced efficiency and productivity, whether you're conducting research or manufacturing solar cells.

Software Solutions

Our software solutions are meticulously crafted to meet the exacting demands of printed thin film characterization and manufacturing. Designed to elevate capabilities across research, development, and manufacturing processes, our software empowers you to achieve precision and efficiency at every stage of your operations.

 

Inks and Materials

We provide a range of materials for OPV production, all characterized by large-scale preparation, high reproducibility, and extended shelf life. Our commitment to consistency and reliability ensures that each material meets stringent quality standards, facilitating seamless integration into your production processes.

 
 

Customer Success Stories

boldly
Technical Project Manager, Research and Development at Trusscore
Chad Smithson
Technical Project Manager, Research and Development at Trusscore

The Laboratory Roll-To-Roll Coater system has indeed proven itself reliable for our requirements. We've found the web control feature to be particularly impressive, offering seamless adjustment. A standout characteristic of the system is the ease with which the heat and UV stations can be removed and reattached. Overall, we are highly satisfied with the unit's performance. It offers exceptional web tension and control, and the heat and UV units function precisely as expected. The slot-die print heads consistently deliver high-quality, repeatable results from run to run.

Technical Project Manager, Research and Development at Trusscore
Senior Scientist at Fraunhofer UMSICHT
Kevinjeorjios (Jorgo) Pellumbi
Senior Scientist at Fraunhofer UMSICHT

Together with Jon Carlé, we made circa 200 of our standard lab-scale electrodes in less than 10 min. Your Laboratory Roll-to-Roll Coater is really a time and resource saving monster!

Senior Scientist at Fraunhofer UMSICHT
Research Fellow, Advanced Technology Institute, Department of Electrical and Electronic Engineering, University of Surrey
Dr. Dimitar Kutsarov
Research Fellow, Advanced Technology Institute, Department of Electrical and Electronic Engineering, University of Surrey

When we were choosing the fabrication tools for the SPL, we were pleased to discover that infinityPV offers a versatile industrial roll-to-roll coater, TR2RC, which is capable of depositing functional materials via the slot-die coating technique. The TR2RC offers very good control over various fabrication parameters, such as coating speed and temperature in addition to the possibility of choosing from different drying options (hot air and IR drying). The communication with the infinityPV team was excellent and professional, and the delivery was very quick.

Research Fellow, Advanced Technology Institute, Department of Electrical and Electronic Engineering, University of Surrey

Build Your Own R2R Lab Coater

With its modular design, the Laboratory Roll-to-Roll Coater empowers you to customize your system with the components you need. Choose between slot-die heads, flexographic printers, slurry coaters, air knives, drying and curing units, knife cutters, laminators, laser systems and more.

 
 

About Us

infinityPV, a Danish company, specializes in printed electronics, encompassing a wide array of products from materials to characterization and production hardware. With a core focus on advancing this transformative technology, we are committed to ensuring that printed electronics plays a vital role in shaping our energy future.

Video: What is the Laboratory Roll-to-Roll Coater?

 

The Laboratory Roll-to-Roll Coater is a compact, high-precision lab coater that transforms the way thin functional films are processed. It offers modular customization to fit different needs, scalable efficiency for small-scale production, and a user-friendly design with easy-to-remove components. Ideal for applications like batteries, fuel cells, and solar cells, it allows you to customize a system that’s perfect for your needs.

 

How Does Slot-die Coating Work?

Slot-die coating is a manufacturing technique for applying a thin liquid layer onto a substrate. It works by controlling the flow of liquid through a narrow slot in the slot-die head, positioned close to the substrate. This setup creates a stable "liquid curtain" or meniscus between the slot-die head and the substrate. As the substrate or slot-die head moves, ink from the meniscus is deposited onto the substrate, forming a thin wet film. The coating thickness is regulated by precisely controlling the substrate speed and liquid flow.

 

Industry and Company News

Swansea University Uses the Laboratory Roll-to-Roll Coater for Sustainable Battery Innovation

Swansea University is researching sustainable energy storage solutions to support cleaner energy sources, especially for electric vehicles and grid integration

Breakthrough in Flexible Perovskite Solar Cells Achieved with Research Laboratory Coater

Researchers have discovered a groundbreaking way to enhance the stability and efficiency of perovskite solar cells using formamidinium lead iodide (FAPbI3).

ISOSun Illuminates Breakthrough: CNF+/VO2 Films Enhance Optoelectronics and 5G/6G Networks

Researchers have developed CNF+/VO2 composite films that change electrical properties when exposed to heat or light due to VO2 nanoparticles.

 

infinityPV at LOPEC 2024

We took part in LOPEC 2024, the top event for large-area, organic, and printed electronics. At LOPEC, infinityPV’s CEO Frederik Krebs and CSO Jon Carlé showcased our Laboratory Roll-To-Roll Coater alongside its array of accompanying oven systems, slot-die heads, and other essential components, including the brand-new advanced laminator.

 

Public Projects

We participate in publicly funded projects that are ambitious and driven by a vision for the advancement of the field of printed solar cells.

 

LUMINOSITY

LUMINOSITY is an industry driven project aimed at leveraging the flexible perovskite solar cells (PSC) technology to commercially relevant production scales, using established industrial processes.

EIFFEL

The EIFFEL project aims to advance NFA materials and OSCs to regain Europe's leadership from Asia. It will use goal-driven design strategies, stakeholder collaboration, and investigate vacuum processing to address stability issues.

SPOT-IT

The SPOT-IT project aims to revolutionize IoT power with efficient, sustainable perovskite/organic solar cells optimized for indoor use, overcoming conventional battery limitations.