AlixLabs, the Lund-based semiconductor process startup pioneering Atomic Pitch Splitting (APS™) technology, has secured a €15 million Series A round with a strategic top-up from Finnish investor Stephen Industries, positioning itself as a disruptive force in advanced chip manufacturing. The company is targeting critical beta testing with chipmakers in 2026 and full manufacturing deployment by 2027, marking a key milestone in Europe’s bid to localise semiconductor process technology and reduce reliance on Asian and U.S. supply chains. With APS™ aiming to replace costly multi-patterning and extreme ultraviolet (EUV) lithography by splitting coarser patterns into finer ones with atomic-precision etching, AlixLabs is addressing one of the industry’s most pressing cost and efficiency bottlenecks. Its potential to significantly reduce capital expenditure and energy consumption positions it as a formidable contender within the global semiconductor equipment market, currently dominated by a handful of U.S. and Dutch players.
The investment follows a robust capital formation strategy, with the series executed in two tranches. The November 2025 close of €14.1 million was led by Nordic deep-tech specialists Navigare Ventures, Industrifonden, and FORWARD.one, alongside Swedish institutional investor STOAF and Japan’s Global Brain. A final strategic top-up from Stephen Industries brought the total to €15 million, underscoring Finland’s vested interest in adjacent atomic-layer process technologies. Stephen Industries’ backing is particularly significant given its chairman and president, Kustaa Poutiainen, previously scaled Picosun into a global leader in atomic layer deposition (ALD) before its acquisition. His domain expertise, combined with ALD’s close alignment with AlixLabs’ atomic layer etching (ALE) approach, signals both technological and commercial credibility as the startup transitions from development to large-scale industrialisation.
Institutional support extends beyond venture capital, with backing from LU Holding, Almi Invest, Polynom Invest, and the Nylander family, alongside critical industrial partnerships. The recent Memorandum of Understanding with VDL ETG Projects for APS™ industrialisation and patent allowances in Taiwan for selective etching nanostructures and EU trademark registrations for “Power ALE” further validate the startup’s technological readiness and its commercial pathway. The Taiwan patent recognition is strategically vital given the presence of foundries like TSMC, reinforcing AlixLabs’ IP protected execution plans for high-value Asian markets. Expansion of R&D and pilot production in Lund, alongside Dutch manufacturing facilities, underpins the firm’s global footprint ambitions while aligning with European sovereign semiconductor capacity-building drives. The interest from Global Brain also reflects deliberate efforts to connect with Japanese semiconductor equipment buyers and foundry customers.
For the MENA region, originations in advanced semiconductor process technology such as APS™ are closely tied to sovereign investment priorities focused on digital infrastructure localisation and economic diversification. Gulf sovereign wealth funds and sovereign development entities, increasingly focused on deep tech acquisition and strategic industry partnerships, could play an influential role in scaling innovations like APS™ for regional adoption. The shift toward modular, cost-effective chip patterning systems dovetails with GCC investments in sovereign data centres, AI infrastructure, and autonomous manufacturing ecosystems. Should AlixLabs or similar process innovators secure licensing or manufacturing partnerships in the region, they could catalyse indigenous semiconductor assembly and design capabilities well beyond lithography tool procurement. These developments mark a potential inflection point for sovereign technology transfer and advanced manufacturing localisation across the broader Middle East and North Africa, with downstream implications for industrial competitiveness in a geopolitically constrained semiconductor supply chain landscape.
