All three H2020 projects (LIQUAM Phase 1, LIQUAM Phase 2, ViscoUS) center on ultrasound technology applied to food and viscous product processing.
MICROFY SYSTEMS SL
Spanish SME developing high-power ultrasound technology for honey processing and viscous product treatment without thermal methods.
Their core work
Microfy Systems is a Spanish SME that develops high-power ultrasound technology for processing honey and other viscous food products. Their core innovation uses ultrasound-driven cavitation to delay honey crystallization, extending shelf life and improving quality without thermal treatment. They have progressed from early-stage feasibility through to commercial-scale development, and are now expanding their ultrasound platform beyond honey into broader industrial processing of viscous materials.
What they specialise in
Both LIQUAM projects specifically target non-thermal methods to delay honey crystallization and improve shelf life.
ViscoUS (2021) extends their ultrasound expertise beyond honey to general industrial processing of viscous products.
LIQUAM Phase 2 explicitly lists cavitation as a core mechanism underlying their ultrasound technology.
How they've shifted over time
Microfy began in 2015 with a focused feasibility study on non-thermal honey crystallization treatment (LIQUAM Phase 1, SME Instrument). By 2019, they secured major Phase 2 funding (€1.38M) to scale the same technology into a market-ready solution for the beekeeping sector. Their most recent project, ViscoUS (2021), signals a deliberate pivot toward generalizing their ultrasound platform for broader viscous product applications beyond honey.
Microfy is evolving from a single-product honey company into a platform ultrasound technology provider for multiple viscous product industries.
How they like to work
Microfy operates exclusively as a project coordinator — all three H2020 projects were self-led. With only 1 unique consortium partner across all projects, they function as a tightly independent SME driving its own R&D agenda. This is typical of SME Instrument beneficiaries who use EU funding to develop proprietary technology rather than to build large research networks.
Microfy has a minimal collaboration network with just 1 unique partner in 1 country. Their H2020 participation has been almost entirely solo, reflecting the single-company nature of SME Instrument grants.
What sets them apart
Microfy occupies a highly specialized niche at the intersection of ultrasound physics and food processing — specifically honey, a product with few technology-driven competitors. Their progression through SME Instrument Phase 1 and Phase 2 demonstrates validated commercial potential, not just research ambition. For anyone working on non-thermal food preservation or industrial processing of viscous materials, Microfy brings a rare combination of deep domain knowledge and proprietary ultrasound hardware.
Highlights from their portfolio
- LIQUAMReceived €1.38M in SME Instrument Phase 2 funding — among the largest single-company grants — to commercialize ultrasound honey processing technology.
- ViscoUSMarks Microfy's strategic expansion from honey-only to general viscous product processing, signaling platform technology ambitions.