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AlixLabs scales up with €14M investment

Beta testing underway and manufacturing planned by 2027. Lund University and NanoLund spin-out company AlixLab’s disruptive technology for miniaturising electronic chip fabrication is becoming big.
Beta testing underway and manufacturing planned by 2027. Lund University and NanoLund spin-out company AlixLab’s disruptive technology for miniaturising electronic chip fabrication is becoming big.

What started as a discovery in Myfab Lund/ Lund Nano Lab ten years ago is now turning into a sustainable path for the semiconductor industry. AlixLabs recently closed a €14.1 million Series A funding round, and aims to build a new generation of semiconductor manufacturing solutions, using the Atomic Layer Etching Pitch Splitting (APS™) technology enables more cost-effective, leading-edge chip manufacturing.

Highlights and events

New technology could lead to significantly more efficient LEDs. The image is an illustration and is not related to the research described. Photo: Mostphotos.
2026 09 08
Myfab Lund

A new type of LED light could bring significant efficiency gains

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Harald Havir, Ville Maisi and Andrea Cicovic are three of the authors behind the recent article in Nature Communications. Photo: Evelina Lindén
2026 08 18
Myfab Lund

Driving the resonator in the nonlinear regime makes detecting faster

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A neuron detects information, stores it and processes it at the same time. “The exciting thing is that the same component can function both as a sensor and as a computer,” explains Anders Mikkelsen.
2026 08 10
Myfab Lund

A neuron powered by light gives AI some of the brain’s most important traits

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2026 07 01
Myfab Chalmers , Myfab

Hands-on Training on MEMS Fabrication and Characterisation at Myfab Chalmers

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