AlixLabs closes €15M Series A to commercialise the atomic etching technology
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AlixLabs closes €15M Series A to commercialise the atomic etching technology

April 17, 20265 views2 min read

AlixLabs secures €15M Series A to commercialize atomic etching technology, aiming for chipmaker beta testing in 2026.

AlixLabs, a Swedish semiconductor startup, has secured €15 million in Series A funding to commercialize its groundbreaking atomic etching technology. The company, based in Lund, Sweden, is developing Atomic Pitch Splitting (APS™), a revolutionary process that could significantly advance chip manufacturing precision. The funding round was led by Stephen Industries, a Finnish investor, with a strategic top-up that underscores the technology’s commercial potential.

Revolutionary Technology for Chip Manufacturing

Atomic Pitch Splitting represents a leap forward in semiconductor fabrication, offering a method to create patterns at the atomic level with unprecedented accuracy. This technology could enable the production of next-generation chips with enhanced performance and energy efficiency. AlixLabs’ approach addresses key challenges in scaling down chip components, which has become increasingly difficult with traditional manufacturing techniques.

Path to Market and Strategic Timeline

The company plans to begin beta testing with major chipmakers in 2026, a critical step toward validating its technology in real-world applications. Full-scale manufacturing deployment is expected by 2027, positioning AlixLabs at the forefront of the semiconductor industry’s evolution. The funding will be used to accelerate development, expand the team, and prepare for large-scale production.

The investment reflects growing confidence in deep-tech solutions within the semiconductor sector. As global demand for advanced chips continues to rise, innovations like APS™ could reshape how the industry approaches miniaturization and performance gains. With strategic support from investors like Stephen Industries, AlixLabs is well-positioned to lead the next wave of semiconductor innovation.

Source: TNW Neural

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