COATING A SUSTAINABLE FUTURE
WE SPECIALIZE IN MACHINES AND EQUIPMENT FOR SLOT-DIE COATING OF FUNCTIONAL MATERIALS
COATING A SUSTAINABLE FUTURE
WE SPECIALIZE IN MACHINES AND EQUIPMENT FOR SLOT-DIE COATING OF FUNCTIONAL MATERIALS
Slot-die coating is used in various application areas
Scaling battery development
Today, we are surrounded by a wide variety of advanced battery chemistries and architectures, including nickel-based, lead acid-based, and lithium-based devices. While all these batteries play an important role in modern life, Li-based devices are considered the most well-known and fastest-growing battery technology. This is due to their rechargeable, lightweight, and high energy density properties.
FOM in flexible & printed PV development
Understanding slot-die coating in Power-to-X
Power-to-X (also known as PtX or P2X) is a collective term for energy conversion technologies that turn electricity from wind, water, or solar into an energy carrier (“X”). It is an umbrella term for different ways of generating energy, including Power-to-Gas, Power-to-Liquid, Power-to-Fuel, Power-to-Chemicals, and Power-to-Mobility. Power-to-X schemes are particularly useful in energy systems with high shares of renewable generation and/or fluctuating renewable sources.
Latest product launch
The FOM scalarSC is the ideal entry point to begin scalable coating of functional thin films and devices. The FOM scalarSC has been designed to allow easy control over coating on both rigid and flexible substrates while requiring a fraction of the cost and physical footprint. By leveraging years of experience in materials research and slot-die coating, the FOM scalarSC provides the necessary freedom through a simplified design for everyday experimental runs. The FOM scalar SC will offer excellent precision and reproducibility for a wide spectrum of lab-scale materials and coating processes relevant to industry and academia.
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Slot-die heads
What we do
We produce and sell cutting-edge slot-die machines and equipment that enables researchers, scientists, and professionals, to discover, develop and commercialize new functional materials for a cleaner and more sustainable world.
Slot-die coating
Slot-die coating is a new precise method for depositing a thin liquid film to the surface of a substrate. It was developed to provide a more efficient, cost-optimized, and scalable coating method.
Slot-die coating is replacing other coating methods in the discovery of new functional materials because it is capable of offering uniformity, covering a range of film solution types, and with negligible waste.
We are thrilled to introduce you to our exciting universe…
News
FOM TECHNOLOGIES PRESENTS RECORD RESULT FOR 2022
Still heading towards a Main Market – Small Cap listing in 2023 FOM Technologies publishes record accounts for financial year 2022, with a more than doubling of revenue and a positive bottom line. The company continues to aim for a listing on the Nasdaq Main Market...
COMMISSIONED RESEARCH REPORT
INVESTOR NEWS: The trusted Baltic equity research company "Enlight Research" has performed our second commissioned equity research report. The report gives clear and thorough 360-degree insight into FOM and our business. Read the full report here. Disclaimer: FOM...
FOM BOOSTS PR/IR/MARKETING WITH NEW HIRE
Today, we are delighted to announce that Michelle Kathrine Nenonen has joined the FOM Technologies team as our Content Marketing & PR Manager. Michelle has a background in Information Science and Strategic Communications. She comes to us from Digital Hub...
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Customer testimonial
“When we sought to build our lab into a world-class facility for advanced manufacturing of energy devices, functional films and printed electronics, FOM emerged as the foremost company that could provide the high precision roll to roll system we needed.
Since then we have very successfully used the FOM tools extensively and have been building new coating, printing and thermal processing capabilities within our research group and with local, national and international users across a range of applications…”
Dr. J. D. MacKenzie – Clean Energy Institute, University of Washington