New General Manager to drive the company’s next growth phase at a time of crucial company expansion.
Lund, Sweden – June 3rd, 2025 — AlixLabs, a pioneering Swedish semiconductor startup known for its disruptive patterning technologies, proudly announces the appointment of Per-Anders Eriksson as its new General Manager, effective June 1, 2025.
With over three decades of leadership experience in the global semiconductor and high-tech industries, Eriksson brings strategic insight and operational expertise to AlixLabs at a time of rapid growth and international expansion. His proven track record in scaling technology ventures, coupled with deep domain knowledge, will be instrumental as the company advances its breakthrough Atomic Layer Etch Pitch Splitting (APS™) technology towards commercialization.
Prior to joining AlixLabs, Eriksson held senior leadership roles at several multinational companies, where he successfully led business development, product strategy, and global operations. His international experience and ability to lead high-performing teams make him well-suited to drive AlixLabs’ next phase of growth.
“I’m thrilled to join AlixLabs and contribute to a team that’s redefining the future of semiconductor manufacturing,” said Per-Anders Eriksson. “The company’s innovative approach to patterning opens up significant opportunities for more cost-efficient and scalable chip production. I look forward to working with the team to deliver on its bold vision.”
“We are excited to welcome Per-Anders to AlixLabs,” said Jonas Sundqvist, CEO of AlixLabs. “His leadership, strategic acumen, and industry experience will be invaluable as we transition from R&D to commercial engagement with global partners. Not only will Eriksson boost our work with APS™ for leading edge logic and memory production, his experience in silicon carbide will also be an asset for our power electronics applications as we look to support EU’s green transition with our technologies.”
Founded in Lund, Sweden, AlixLabs is at the forefront of enabling next-generation semiconductor manufacturing through its patented APS™ technology, which allows for reduced complexity and cost in advanced node fabrication.
