Nano-enabled surfaces and membranes
6 European H2020 organizations list this as part of their work — 3 as their primary capability.
Most active in this area
- BIFLOW SYSTEMS GMBH
German SME specializing in roll-to-roll production and upscaling of nano-enabled microfluidic devices for bioanalytical and health monitoring applications.
“NextGenMicrofluidics focuses specifically on nano-enabled surfaces and membranes for microfluidic test beds.”
PrimarySMEDE3 projects - Innovative Technologies in Biological Systems
Spanish biotech SME specializing in microfluidic device validation, nano-enabled surfaces, and roll-to-roll upscaling of bioanalytical platforms.
“NextGenMicrofluidics specifically targets nano-enabled surfaces and membranes for microfluidic applications.”
PrimarySMEES3 projects - NATURSTOFF-TECHNIK GMBH
German SME producing organic enzymes for eco-certified detergents, expanding into nano-enabled surfaces and microfluidic device upscaling.
“Participant in NextGenMicrofluidics (2020-2025), contributing to nano-enabled surfaces and membrane development for microfluidic devices.”
SMEDE3 projects - Condensia Quimica SA
Barcelona specialty chemicals SME providing bio-based coatings and nano-enabled surface engineering for industrial and microfluidic applications.
“NextGenMicrofluidics focuses on nano-enabled surfaces and membranes for microfluidic device production.”
SMEES3 projects - SCIENION GmbH
Berlin SME manufacturing microfluidic and nano-enabled devices via roll-to-roll imprinting, bridging lab prototypes and industrial-scale production.
“NextGenMicrofluidics (2020–2025) is built around nano-enabled surfaces and nano-enabled membranes as the functional materials for next-generation microfluidic test beds.”
PrimarySMEDE2 projects - CARBON WATERS SAS
French deeptech SME producing water-dispersible graphene coatings for anti-corrosion and industrial nano-surface protection at manufacturing scale.
“NewSkin placed them within an Open Innovation Test Bed for advanced surface nano-technologies, including membrane and permeability applications.”
SMEFR2 projects