Participated in AMAPOLA (2020-2023), developing a marketable polymer-based aluminum-sulfur battery using deep eutectic solvents and polymer gel electrolytes.
TECH2MARKET SPOLKA Z OGRANICZONA ODPOWIEDZIALNOSCIA
Polish technology commercialization SME with expertise in aluminum-sulfur batteries and microfluidic MEMS, bridging EU research and market entry.
Their core work
Tech2Market is a Polish SME focused on bridging the gap between research and commercial application — the company name itself signals their core mission. They have participated in EU projects ranging from microfluidic MEMS digital prototyping to advanced polymer-based aluminum-sulfur battery development, suggesting they contribute market-entry expertise and commercialization strategy rather than pure laboratory research. Their involvement in both an Innovation Action (IA) and a Research and Innovation Action (RIA) confirms a dual capability: supporting early-stage research scale-up and driving later-stage market preparation. Based in Busko-Zdrój, Poland, they represent a type of lean technology transfer operator that embeds into research consortia to handle the commercial pathway.
What they specialise in
Contributed to HoliFAB (2017-2021), a project focused on holistic digital-to-physical prototyping and production pilots for microfluidic MEMS devices.
The company's name and participation in both an IA and RIA scheme across two distinct technology domains indicates a cross-sector commercialization role rather than domain-specific research.
How they've shifted over time
Tech2Market's first H2020 project (HoliFAB, 2017) placed them in the world of microfluidic MEMS and digital manufacturing prototyping — a precision manufacturing and miniaturization context with no associated chemistry keywords. By 2020, their second project (AMAPOLA) had shifted focus entirely toward electrochemical energy storage, with a vocabulary dense in battery materials: aluminum-sulfur electrodes, polymer gel electrolytes, and deep eutectic solvents. This is a significant thematic pivot, from micro-manufacturing technology to next-generation battery chemistry, which may reflect deliberate repositioning toward the energy transition market or simply opportunistic project selection by a generalist commercialization firm.
Tech2Market appears to be orienting toward the energy storage and battery materials sector, where commercial demand and EU funding are both growing rapidly — making them a potentially useful partner for energy transition projects seeking market-side expertise.
How they like to work
Tech2Market has participated exclusively as a consortium partner, never as a project coordinator, across both H2020 projects. Despite their small size, they have accumulated 20 unique consortium partners across 7 countries — a notably broad network for an organization with only two projects, suggesting they are valued as a contributing partner and are brought in by different research-led consortia. This pattern is consistent with a specialist commercialization firm that gets recruited for its market-side contribution rather than its scientific lead role.
Tech2Market has collaborated with 20 distinct partners across 7 countries despite participating in only 2 projects, indicating active engagement within large, internationally diverse consortia. No geographic concentration is apparent from available data.
What sets them apart
Tech2Market occupies a rare niche as a Polish commercialization SME with hands-on experience in both advanced manufacturing (MEMS) and energy storage (Al-S batteries) — two sectors that rarely intersect in a single organization's portfolio. For consortium builders, they offer a market-facing partner from Central Europe with a demonstrated ability to contribute to both innovation-stage and research-stage projects. Their lean structure and generalist commercialization profile may be particularly attractive for projects that need a dedicated "route to market" partner without the overhead of a large industrial partner.
Highlights from their portfolio
- AMAPOLAFocused on developing a commercially viable polymer-based aluminum-sulfur battery — a genuinely emerging battery chemistry that avoids lithium — making it one of the more commercially ambitious energy storage projects in the H2020 portfolio.
- HoliFABAddressed the full digital-to-physical pipeline for microfluidic MEMS production, bridging design software and physical fabrication in a way relevant to medtech, diagnostics, and lab-on-chip industries.