Pioneering Sustainable Innovation
At REFORM, we are redefining the future of functional green electronics by overcoming the material and process challenges that have hindered their commercial application. Our mission is to develop cutting-edge, sustainable solutions that drive real-world impact across multiple industries.
What Makes REFORM Unique?
✔ Market-Ready Solutions
Our innovations have applications across IoT, digital medicine, diagnostics, wearables, and beyond, ensuring practical and scalable adoption.
✔ World-Class Collaboration
REFORM brings together renowned researchers, industry leaders, and experts from eight European countries, working in synergy to push the boundaries of sustainable electronics.
✔ Industry-Focused Prototypes
We adhere to Eco-design principles and key industry standards, ensuring that our solutions are not only sustainable but also commercially viable.
Why REFORM Matters
We’re not just innovating—we’re positioning Europe as a leader in flexible, printed, and sustainable electronics. By embedding circular economy principles and a continuous optimization process, we are paving the way for a greener, smarter, and more sustainable future.
Our Innovations
Fully Organic Conductive Inks
Bio-Based De-Bondable Adhesives
Fully-Organic Microsupercapacitor
REFORM will develop and test a fully organic microsupercapacitor from TRL 3-4/5.
Biopolymer-based printable inks will form the basis for REFORM’s bio-based flexible solid-state microsupercapacitors, which could have widespread applications as energy storage devices or act as components for disposable or recyclable wearables.
Bio-Based Flexible Substrates
REFORM will develop sustainable electronics substrates derived from organic materials like nanopaper, biomass-derived nanocellulose, cork and wood from TRL 2/3 to 5.
These substrates will have a range of industrial applications, including diagnostic kits, smart packaging and logistics.
Prototype a Green RFID tag
REFORM will build an environmentally friendly RFID logistics label.
The project will leverage manufacturing technologies such as register-accurate lamination, precision die-cutting, testing and programming technology to build the prototype.
