Seven EIC-backed smart manufacturing startups pitch to 40 investors as Multus wins top prize

Brussels, December 18th 2025
Summary
  • Seven EIC Accelerator-backed companies presented smart manufacturing and automation solutions at an EIC ePitching on 11 December 2025 attended by about 40 investors.
  • Multus Biotechnology won the best pitch for its AI and robotics enabled platform to accelerate cell culture media development for biomanufacturing.
  • ValCUN showcased a molten metal deposition process for aluminium that it says removes key barriers to metal 3D printing and can yield large energy savings in applications like data centre cooling.
  • Investors at the event highlighted founder-problem fit, EIC selection as a credibility signal, and the continued relevance of public funds to de-risk deep tech for private capital.
  • The EIC Investor Readiness and Outreach Programme, part of EIC Business Acceleration Services, provided the pitching platform and pipeline to curated investors.
  • Claims from hardware and AI-heavy companies require close technical validation and longer capital timelines, particularly for claims such as physical AGI or wide industrial rollouts.

EIC ePitching on Smart Manufacturing: event overview

On 11 December 2025 seven start-ups supported by the European Innovation Council Accelerator presented at a targeted ePitching session run by the EIC Investor Readiness and Outreach Programme. The online session formed part of the EIC’s Business Acceleration Services and attracted roughly 40 investors from leading venture capital and corporate venture arms. The event is an example of how EIC outreach blends grant-backed validation with curated investor introductions to help deep-tech firms bridge the long and capital intensive path from prototyping to industrial scale.

Who pitched and what they presented

CompanyTechnology or offeringTarget markets and claimed benefits
3Deus Dynamics SASDynamic Molding for scalable silicone part productionMedical, aerospace, defense. Focus on scalable, energy efficient silicone parts.
FluIDect GmbHSpheroScan, an Industry 4.0 biosensorReal-time microbiological monitoring for water, food, fermentation and pharma sectors.
Multus Biotechnology LimitedMediOP platform combining AI, robotics and high-throughput biologyFaster custom cell culture media design for medicines, food and advanced materials manufacturing.
RoboTwinNo-code robotics teaching through human demonstrationsFactory automation, reducing programming time and lowering automation barriers for workers.
Simplicity Works Europe3D Bonding to replace stitching in footwear and mobility manufacturingWaste reduction, localised production, and supply chain simplification for brands.
Superintelligence Computing Systems SICSAI ABPhysical AGI foundation model to control robotsAmbition to expand automation to complex environments, claim of human-like learning and generalisation.
ValCUNMolten Metal Deposition, a patented aluminium additive manufacturing processAutomated, alloy-capable metal production with claimed industrial scalability and cost and energy savings.

ValCUN: metal printing and a start-up view

ValCUN used the session to explain how its Molten Metal Deposition technology aims to remove barriers that persist in metal additive manufacturing when applied to aluminium. CEO Jonas Galle said the timing was right because the company is preparing a funding round and wanted access to VCs with manufacturing domain knowledge and customer introductions. He also noted the reputational effect of the EIC Accelerator grant, describing it as a validation that helps open investor doors.

Molten Metal Deposition (MMD) explained:MMD refers to processes that deposit molten metal in a controlled manner to build parts additive layer by layer, rather than processing powder or solid feedstock. In principle this enables higher deposition rates and lower material costs for metals such as aluminium, but it brings challenges in thermal control, metallurgical homogeneity, residual stress management and post-processing. Scaling MMD from lab demonstrations to reliable industrial production requires substantial engineering work, qualification testing and often long lead times to secure customers in regulated sectors.

ValCUN made a concrete performance claim: optimised aluminium fan blades could reduce data centre cooling energy losses by up to 30 percent, which they framed as multi-million dollar annual electricity savings for large facilities. Such downstream system level claims are a common way to quantify value but rely on independent validation, representative prototypes and real-world testing to be credible to industrial buyers and investors.

Multus Biotechnology: event winner and why media matters

Multus Biotechnology was judged to have delivered the strongest pitch. The company combines AI, robotics and cell biology to accelerate development of cell culture media. CEO Cai Linton described the MediOP platform as a differentiator that shortens media development from years to months by using high-throughput experiments and machine learning to find formulations that optimise cell performance and cost.

Why cell culture media matters:Cell culture media provide the nutrients and biochemical environment that enable cells to grow and produce target molecules. For biologics, cultured meat and advanced materials made with cells, media are a key cost and performance driver. Improving media can increase yield, reduce contamination risk and lower manufacturing cost. Historically media development is slow, because it relies on manual iteration and extensive lab testing. AI-driven and robotic approaches aim to compress that cycle but depend on clean experimental design, provenance of biological data and regulatory pathways for clinical or food applications.

Linton said Multus is fundraising to scale the technology platform, extend its data moat and build commercial teams to monetise IP. He credited the EIC Accelerator award from 2022 with enabling risk-taking in R&D and improving investor conversations. Multus’s roadmap to profitability depends on both technical reproducibility and the ability to move from bespoke lab work to scalable supply and contract manufacturing pathways.

Investor takeaways from the event

Longstanding investors who participated reinforced familiar criteria for investability in deep tech. Christopher Sisserian, Head of Platform at Manta Ray Ventures, emphasised the importance of founder-problem fit and described EIC-backed companies as 'slightly quirkier' and often higher risk but de-risked by public funding. Svenja Nentwig, Investment Manager at eCAPITAL, characterised the session as a good source of curated deal flow and said EIC grants are a useful quality signal when screening technologies in areas such as software-defined automation, advanced materials, real-time sensing and AI-driven production.

Founder-problem fit, explained:At early stages investors look for founders whose domain experience and motivation match the problem they are solving. Technical teams need to understand customer workflows, certification cycles and deployment constraints. For capital intensive hardware and regulated biomanufacturing, domain expertise from founding teams reduces execution risk and increases the chance of successful pilot adoption.
Investor / OrganisationNotes
Apeiron Ventures Capital PartnersAttending investor
Bosch VenturesCorporate VC in industrial and mobility sectors
Bouygues ConstructionCorporate investor with ConTech focus
BpifranceFrench public investment bank and VC support
eCapitalEuropean deep-tech VC, attended and commented
Granatus VenturesVC investor
Grow Venture PartnersVC/accelerator focused on spin-offs
Hitachi VenturesCorporate VC with industrial technology portfolio
Iron Hands CapitalDeep-tech investor
Junction Growth InvestorsEnergy transition and growth investor
Manta Ray VenturesEarly stage fund, Christopher Sisserian present
OTB VenturesDeep-tech investor
Red River WestInvestor with transatlantic support for European growth
SHARPSTONEInvestor
SilverpeakReal estate and energy investor
Singapore EDBNational economic development board with investor delegates
VesnaDeep-tech fund focused on Slovenia and Croatia
WaVe-XEarly-stage investor (manufacturing and logistics focus)
Wave-X and othersSeveral additional VCs and corporate venture groups attended

Why the EIC programme matters and what it offers

The pitching session was organised through the EIC Investor Readiness and Outreach Programme, part of EIC Business Acceleration Services. The programme provides tailored investor readiness activities such as benchmarking, pitch coaching, valuation analysis and curated investor introductions. It also runs ePitchings and Investor Days and maintains structured follow up to help convert meetings into due diligence. For many deep-tech hardware and bio companies the combination of grant funding plus curated investor access is valuable because it shortens the signalling and deal discovery phases.

EIC Investor Readiness and Outreach Programme in brief:The programme helps EIC Accelerator innovators prepare for fundraising and connects them with relevant investors through pitching events, tailored investor lists, matchmaking and sector-specific coaching. The EIC positions its grant awards as a quality signal and uses the BAS network to accelerate investor conversations for high-tech and capital intensive companies.

Technical and commercial caveats investors will watch closely

Several pitches included ambitious technical claims that will require careful independent validation. This is particularly true for companies making system-level energy claims or for firms asserting rapid timelines to industrial general intelligence in robotics. Investors typically demand reproducible third party testing, real world pilots and evidence of regulatory pathways where relevant, such as for biosensing in water or AI-driven control systems in safety critical environments.

Scaling hardware and capital needs:Hardware and industrial deep-tech often face long sales cycles, multi-year qualification processes and fossilised procurement habits at large buyers. That means higher capital needs and more complex go-to-market strategies. Start-ups must secure pilot customers, supply chain partners and manufacturing capacity, and they often rely on a mix of public grants, strategic corporate partnerships and venture capital to bridge those phases.

A concrete example from the session is Superintelligence Computing Systems SICSAI AB which pitched a 'Physical AGI' foundation model that they say learns like a child and can control any robot. Public material from some robotics AI firms sometimes includes aspirational timelines. Investors will therefore press for demonstrators, safety assessments, robustness metrics and credible roadmaps to industrial adoption before committing large growth stage cheques.

What happens next and ecosystem implications

Participants reported early follow-up conversations between founders and investors. Multus said it has already identified investors to continue discussions. For start-ups that secured EIC Accelerator grants, the combination of grant backing and curated investor meetings can materially improve access to growth capital, but it does not eliminate the need for rigorous commercial traction and often additional translational funding rounds.

For the wider European innovation ecosystem, these curated pitching sessions illustrate the EIC’s role as a convenor. They also underline the persistent structural issues in European deep-tech funding. Europe has strong research and diverse early stage programmes. The next test is whether enough late stage capital, patient industrial investors and procurement channels exist to keep more companies rooted in Europe at scale.

Practical links and next steps for innovators

EIC-backed companies and applicants can apply to the Investor Readiness and Outreach Programme via the EIC Business Acceleration Services. The EIC BAS offers additional routes to customers and capital through corporate partnership days, procurement support and the EIC Scaling Club. Start-ups should treat EIC pitching as an accelerated step in investor discovery, while preparing to supply technical validation, pilot agreements and clear unit economics to convert introductions into investment.

The EIC BAS newsletter and the EIC Community Platform provide calendars for pitching events, investor days and partner programmes. Founders should also use these forums to gather structured feedback and to validate technical claims through third party or customer pilots.