Shaping the Future of Thin-Film Technology
At infinityPV, we push the frontiers of printed and flexible electronics. With innovation and sustainability at our core, we create compact lab equipment for slot-die coating and roll-to-roll processing that bridges research and industrial production.
Products
Coating Equipment
High-quality coating and printing with precision and flexibility for both R2R and sheet applications, ensuring reliable performance and scalable production.
Slot-die Heads
Slot-die heads for high-quality coatings. Available in stainless steel, titanium, or PEEK, with widths from 40 mm to 305 mm, ensuring precise thin-film coating.
Characterization Equipment
Precision-driven characterization equipment for effectively testing and evaluating photovoltaic films, single junction devices, and modules.
Find Your Application
Slot-die Coating
Batteries
Solar Cells
Fuel Cells
OLEDs
Pharma & Medical
Adhesives
Packaging
Membranes
Sensors
Roll-to-Roll
Glovebox
Pioneering Printed Electronics for Over 25 Years
We are infinityPV, a Danish company with a global footprint, pushing the boundaries of what’s possible in printed and flexible electronics. Driven by innovation and a commitment to sustainability, we design and manufacture state-of-the-art, compact laboratory equipment for slot-die coating and roll-to-roll processing that bridges the gap between research and industrial-scale production.
We Are Trusted by the World’s Top Scientists
Roll-to-Roll Coating? We got you covered.
Whether you're working within batteries, pharma and medtech, fuel cells, solar cells, or other thin-film technologies, we offer scalable Roll-to-Roll (R2R) equipment built for the lab. Our modular systems are designed for precision, repeatability, and flexibility, supporting everything from coating and drying to surface treatment and characterization.
Roll-to-Roll Academy
The Roll-to-Roll Academy aims to educate and engage people, enabling them to explore the potential of R2R applications in their respective field of technology, like next-gen batteries, fuel cells, printed solar, and beyond.
What is Slot-die Coating?
Slot-die coating is a cutting-edge technique that lets you precisely spread ultra-thin, uniform films onto flexible surfaces to unlock faster innovation in everything from solar cells to next-gen batteries.
Which Slot-die Head Do YOU Need?
Your coating process is only as good as the head that delivers it. Whether you’re developing batteries, solar cells, fuel cells, pharmaceuticals, or something else, selecting the right slot-die head is critical for quality, efficiency, and cost-effectiveness. In our guide, we break down how to evaluate your needs and help you understand which size and material slot-die head suits your application best.
Coating Equipment That Fits in Gloveboxes and Fume Hoods
How to Slot-die Coat on Pristine Clean Surfaces
Discover how pristine clean surface coating eliminates defects by applying functional layers onto untouched substrates. Ideal for medtech, solar cells, OLEDs, and advanced electronics.
Company & Industry News and Updates
How to Make Uniform Thin-Films Using the Slot-die Coater
Learn the complete process of creating uniform thin films using a slot-die coater — from solution preparation to coating and cleanup. We guide you through each stage, including assembling the slot-die head, securing the substrate on the vacuum chuck, setting coating parameters such as speed, temperature, and flow rate, and initiating a precise coating sequence
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.