Core focus across FORMILK (enzyme activity detection) and SAFEMILK (bacteria/antibiotics detection using DNA aptamers and nanotechnology), where they serve as coordinator.
POWERTEC SRO
Slovak sensor technology SME specializing in biosensor development for milk safety, combining semiconductor expertise with nanotechnology-based contamination detection.
Their core work
POWERTEC is a Slovak technology SME that develops biosensor and sensor systems, with a strong specialization in food safety — particularly milk quality and contamination detection. They bridge semiconductor manufacturing know-how with applied biosensor development, combining expertise in nanotechnology, electrochemistry, and molecular engineering to create detection tools for bacteria and antibiotics in dairy products. Their work spans from industrial sensor pilot lines to highly specialized biosensor platforms for the agri-food sector.
What they specialise in
Contributed to IoSense, a flexible front-end/back-end sensor pilot line for the Internet of Everything.
Participated in Power2Power, focused on next-generation silicon-based power solutions for mobility, industry, and grid applications.
SAFEMILK project combines DNA aptamers, acoustic sensing, electrochemistry, and fluorescence — indicating growing depth in advanced detection methods.
How they've shifted over time
POWERTEC's early H2020 work (2016–2019) combined dairy-focused enzyme detection (FORMILK) with industrial semiconductor and sensor pilot lines (IoSense), reflecting a company active in both applied food science and electronics manufacturing. From 2019 onward, they added power semiconductor expertise (Power2Power) while deepening their milk safety focus into advanced biosensor technologies — DNA aptamers, nanotechnology, and multi-modal detection (SAFEMILK, where they stepped up as coordinator). The clear trend is a consolidation around biosensor-based food safety as their strategic identity, with semiconductor knowledge serving as an enabling competence.
POWERTEC is evolving from a general sensor/electronics contributor toward becoming a specialist in biosensor-based food safety detection, now leading their own projects in this niche.
How they like to work
POWERTEC mostly joins consortia as a participant (3 of 4 projects) but has demonstrated the ambition and capability to coordinate, leading the SAFEMILK project — their most recent and strategically important effort. With 78 unique partners across 14 countries, they maintain a remarkably broad network for an SME of their size, suggesting they are well-connected and comfortable operating in large, international consortia. Their progression from participant to coordinator signals a maturing organization ready to take on greater project leadership.
POWERTEC has collaborated with 78 unique partners across 14 countries — an unusually wide network for a small Slovak SME. This breadth likely stems from participation in large Innovation Actions and MSCA-RISE mobility projects, giving them connections across both industry and academia in Europe.
What sets them apart
POWERTEC occupies a rare niche at the intersection of semiconductor sensor technology and food safety biosensors — two domains that rarely overlap in a single SME. Their dual competence means they can translate industrial-grade sensor manufacturing knowledge into practical food safety applications, particularly for the dairy sector. For consortium builders, they offer both technical sensor development capability and deep domain knowledge in milk contamination detection, making them a valuable bridge between electronics and agri-food projects.
Highlights from their portfolio
- SAFEMILKTheir only coordinator role and most recent project, combining six distinct detection technologies (DNA aptamers, nanotechnology, acoustic, electrochemistry, fluorescence) for milk safety — signals their strategic direction.
- FORMILKTheir largest single EC contribution (EUR 180,000) and earliest project, establishing milk safety as a consistent theme that bookends their entire H2020 participation.
- IoSenseParticipation in a major semiconductor pilot line project demonstrates their industrial sensor manufacturing roots beyond the food safety niche.