AlixLabs Raises €14.1 Million Series A to Advance Energy-Efficient Semiconductor Manufacturing Technology

AlixLabs, the Swedish semiconductor deep‑tech startup spun out of Lund University, has successfully closed a €14.1 million Series A funding round to accelerate development and industrial adoption of its proprietary Atomic Layer Etching Pitch Splitting (APS™) technology, a process that aims to make advanced chip manufacturing significantly more cost‑efficient, energy‑efficient and scalable. This latest financing, announced in November 2025, represents a major capital injection that will fuel R&D expansion, scale beta testing with leading customers starting in 2026, and support AlixLabs’ transition from technology validation toward full industrial deployment by 2027.

The Series A round was led by Navigare Ventures, Industrifonden and FORWARD.one, long‑term partners that have reaffirmed their commitment to the company’s strategic growth. Joining these lead backers were Sweden‑based STOAF and Global Brain, an independent Japanese venture capital firm with a history of investing in semiconductor and hardware startups. Together, this group brings a blend of venture capital strength, deep‑tech expertise and international reach, positioning AlixLabs for accelerated expansion into global semiconductor markets.

AlixLabs’ APS™ technology is designed to address critical bottlenecks in current semiconductor manufacturing by enabling ultra‑fine pitch splitting through precise, atomic‑level etching. This approach holds the promise of reducing reliance on extremely costly multi‑patterning techniques and exclusive usage of EUV lithography, which have driven up energy consumption and production costs in advanced logic and memory chip fabrication. By offering a more energy‑efficient, sustainable alternative, AlixLabs’ solution could reshape cost structures and environmental impact profiles across the semiconductor industry.

According to the company, the €14.1 million will be allocated toward expanding research and development facilities in Lund, Sweden, and the Netherlands, enhancing production capacity, and deepening collaboration with key foundry partners. With APS™ beta testing slated to begin with select customers in 2026, AlixLabs’ leadership emphasises that the new funding is crucial for bridging the gap between innovative deep‑tech research and practical, fab‑floor implementation.

“We’re now entering an exciting phase where our focus turns toward beta testing with leading customers — a critical step on the path to full‑scale manufacturing by 2027,” said Jonas Sundqvist, CEO of AlixLabs, underscoring the strategic shift the company is undertaking with this Series A investment. He also highlighted the potential of APS™ to dramatically lower both energy use and per‑wafer costs, making advanced semiconductor production more accessible for a broader range of manufacturers.

Investors in the round echoed that enthusiasm and strategic alignment. Navigare Ventures’ Chief Investment Officer expressed confidence in AlixLabs’ ability to validate its technology with real customers and bring it onto the semiconductor fab floor. Industrifonden’s Senior Investment Director noted that the APS technology could fundamentally reshape chipmaking economics while contributing to broader sustainability goals. FORWARD.one reaffirmed its support, pointing to the company’s readiness to progress toward commercialisation after extensive development and industry engagement.

This Series A financing builds on a history of backing and support that extends beyond direct venture investment. AlixLabs has previously secured innovation grants from the Swedish innovation agency Vinnova — including approximately €345,000 awarded in 2024 — which helped advance its technology readiness level and deepen customer engagement efforts as the company prepared for higher‑scale development.

AlixLabs’ APS™ technology has also been recognised internationally in industry competitions and awards, and the company continues to build its profile through presentations at major semiconductor conferences and strategic partnerships that explore sustainability and production efficiency. The ability to etch nanostructures at scales relevant to leading‑edge nodes without relying on prohibitively expensive lithography equipment appeals to chipmakers facing intense pressure to innovate while controlling capital and energy costs.

With its Series A funding secured and industrial rollout on the horizon, AlixLabs is positioned as one of Europe’s notable deep‑tech contributors to the semiconductor manufacturing ecosystem. By focusing on both economic viability and environmental performance, the startup is tapping into key priorities that are shaping investment and strategic decision‑making across global semiconductor supply chains. As the company moves from technology demonstration toward commercial integration, its latest funding round underscores investor confidence in its potential to deliver transformative manufacturing solutions.