Melt&Marble raises €7.3M Series A to scale precision‑fermented designer fats for personal care and food

Brussels, December 8th 2025
Summary
  • Swedish precision fermentation company Melt&Marble closed a €7.3 million Series A led by Industrifonden with participation from the EIC Fund, Beiersdorf, Valio, Chalmers Ventures and Catalyze Capital.
  • The company says it will use the funding to scale production via a commercial manufacturing partner and to launch its first ingredients in personal care in 2026, with food market entry planned afterwards.
  • Melt&Marble claims precision fermentation can produce tailored, animal free fats that improve functionality and supply resilience but faces regulatory and scale up challenges before wide food adoption.
  • The European Innovation Council support and strategic industrial investors signal policy and commercial interest in bioindustrial alternatives, while cost competitiveness remains to be proven at scale.

Melt&Marble raises €7.3M Series A to scale precision fermented designer fats

Melt&Marble, a Swedish biotech firm developing so called designer fats through precision fermentation, has raised a €7.3 million Series A round, reported on 8 December 2025. The round was led by Industrifonden and included the European Commission’s EIC Fund, strategic partners Beiersdorf and Valio, plus Chalmers Ventures and Catalyze Capital. The company says the fresh equity plus earlier European Innovation Council support of about €2.5 million brings the recent fundraising to roughly €10 million over the past year.

What the money is for and immediate plans

Melt&Marble says the funding will move the company from demo scale to market readiness. The immediate aim is to launch the first ingredients in personal care applications in 2026. Production volumes will be procured through an existing commercial manufacturing partner, a strategy the company markets as capex light. Melt&Marble is also preparing for food market entry in the United States and is pursuing co development and distribution discussions with strategic partners in Europe and beyond.

ItemAmount or dateNotes
Series A equity€7.3 million (80 MSEK)Led by Industrifonden. Participants include EIC Fund, Beiersdorf, Valio, Chalmers Ventures, Catalyze Capital
EIC Accelerator grantabout €2.5 millionAwarded previously. Company describes total recent funding as roughly €10 million
Planned first commercial launch2026Personal care applications
Geographic focusEurope and USUS cited as regulatory pathway enabling faster food deployment

How Melt&Marble’s technology works

Precision fermentation explained:Precision fermentation uses engineered microorganisms to produce specific molecules. In Melt&Marble’s case microbes are programmed to synthesise particular fatty acids and to assemble them into fats and lipids with designed structures. This lets developers control fatty acid profiles and the way molecules are arranged on a glycerol backbone in triacylglycerols. The approach reuses established fermentation infrastructure rather than requiring wholly new hardware.
Designer and bio identical fats:Melt&Marble says its platform can produce both bio identical fats, which match molecules already found in nature, and novel lipids not typically available from conventional plant or animal sources. The company highlights control over functionality such as melting point, texture and skin feel as primary benefits.

The company frames the product as addressing three commercial pain points. First, conventional fats such as palm and coconut carry environmental and deforestation concerns and are sourced from geographically concentrated supply chains. Second, functionality limitations of commodity fats can hamper formulation in food and cosmetics. Third, brand demand for traceability and sustainability is increasing across both sectors.

Claims, market size and investor endorsements

Melt&Marble and its investors point to a market opportunity of more than $100 billion across personal care, beauty, meat and dairy alternatives, confectionery, bakery and specialised nutrition. The company argues that engineered fats can deliver superior texture and mouthfeel in food and enhanced skin feel and bio activity in cosmetics while avoiding animal derived inputs.

Investors emphasised both the technical progress and the commercial runway. Industrifonden’s Senior Investment Director Tobias Elmquist described Melt&Marble as technically and commercially mature for its stage. The EIC Fund chair Svetoslava Georgieva framed the investment as validation of precision fermentation for sustainable, high performance ingredients.

Commercial and regulatory pathway

Go to market and manufacturing strategy:Melt&Marble plans an initial launch in personal care in 2026 using production from a third party manufacturing partner. That strategy reduces upfront capital expenditure for the company but creates dependencies on partner capacity and on meeting food grade or cosmetic grade manufacturing standards at scale.
Regulatory context for food and cosmetics in the EU and US:Regulatory approval differs by application and market. Cosmetics often have faster pathways for new ingredients provided safety data and compliance with cosmetics regulations are in place. For food in the EU, novel lipids are typically subject to the Novel Food Regulation and require safety dossiers before placement on the market. In the US, companies may pursue GRAS status or submit dossiers to the FDA. Melt&Marble has signalled faster deployment in the US for some food applications but did not disclose specific regulatory approvals or timelines.

What remains uncertain and the risks ahead

Precision fermentation for lipids is technically plausible but the leap from pilot or demo scale to cost competitive industrial supply is significant. Key open questions include fermentation yields, downstream processing costs, overall cost per kilogram at commercial volumes, and the sourcing and sustainability of the feedstocks used in fermentation.

Other practical risks are regulatory timelines particularly in the EU for food ingredients, the need for sustained process stability and batch to batch consistency, and the scale of contract manufacturing capacity for lipid products. The company has not disclosed the name of its commercial manufacturing partner, nor detailed process economics that would support the claim of cost competitiveness versus commodity fats.

Why this matters for Europe’s bioeconomy

The financing and the involvement of the EIC Fund reflect a broader EU policy push to back advanced bioindustrial solutions that reduce reliance on imported commodities and improve sustainability. The EIC Accelerator has become an important signal that a technology aligns with EU priorities for green and digital transitions. Strategic industry backers such as Beiersdorf and Valio indicate interest from corporates that can help with product testing, co development and market access.

At the same time the sector is still nascent. Europe’s pathway to industrialising precision fermented ingredients will depend on multiple companies proving economics at scale and navigating differing regulatory regimes across jurisdictions. Public support can help derisk early stages of scale up but does not remove the commercial and technical hurdles that underwriters and buyers will scrutinise.

Timeline and milestones

DateMilestoneSource or comment
8 December 2025Series A announced: €7.3MPress release
2024 to 2025EIC Accelerator grant of about €2.5MCompany and press materials
2026First commercial launch in personal careCompany guidance
2026 and beyondPlanned food market entry and US expansionCompany guidance

Company background

Melt&Marble describes itself as a decade plus research effort with a platform of microbial engineering and precision fermentation to make tailored fats from simple feedstocks without relying on conventional plant or animal sources. The company claims a robust intellectual property portfolio and an initial focus on alternative proteins and personal care markets.

Bottom line

The Series A is a meaningful vote of confidence from both investors and strategic corporates that see potential in engineered lipids. The EIC involvement highlights policy level interest in home grown bioindustrial capacity. The technology offers plausible sustainability and functionality gains but commercial success depends on economics at scale, regulatory clearances for food use, and the operational reality of outsourcing production to manufacturing partners. Observers should watch yield and cost metrics, named manufacturing partnerships, and regulatory filings as the company moves from demo to commercial supply.