Both FemtoSurf and IT2 rely on AMPHOS's femtosecond/ultrashort pulse laser technology as core enabling hardware.
AMPHOS GMBH
German SME making high-power femtosecond laser systems for precision surface engineering and advanced semiconductor manufacturing.
Their core work
AMPHOS GmbH is a German SME specializing in ultrashort pulse laser systems — specifically femtosecond and picosecond laser technology. Their real-world product is high-power, solid-state laser sources used in precision manufacturing and materials processing. In EU research, they have contributed their laser hardware and processing know-how to both industrial surface engineering (multi-beam femtosecond systems for functional surface patterning) and advanced semiconductor manufacturing (supporting IC process development at the 2nm node). They sit at the intersection of photonics hardware and precision nanofabrication.
What they specialise in
FemtoSurf (2019–2022) focused on functional surface treatments using a multi-beam, automated femtosecond laser processing chain with on-the-fly quality assessment.
IT2 (2020–2023) targeted IC technology development for the 2nm semiconductor node, including lithography, metrology, and design-technology co-optimization (DTCO/STCO).
Nano-scale processing keywords appear across both projects, and photonics is explicitly listed among IT2's technology domains.
How they've shifted over time
AMPHOS entered H2020 through industrial manufacturing — their first project (FemtoSurf, 2019) was squarely about using femtosecond lasers for surface patterning in a factory context, with emphasis on throughput, automation, and quality control. By 2020, their second project (IT2) had shifted toward semiconductor R&D at the most demanding end of the technology roadmap: the 2nm IC node, with vocabulary drawn from chip design methodology (DTCO, STCO) and semiconductor metrology. The trajectory is clear: from applied laser manufacturing toward the leading edge of microelectronics fabrication, where their laser hardware capabilities intersect with the semiconductor industry's need to push beyond Moore's Law.
AMPHOS is moving up the value chain from laser hardware supplier toward semiconductor process R&D, suggesting they are positioning their ultrashort pulse lasers as enabling tools for next-generation chip manufacturing and extreme nanofabrication.
How they like to work
AMPHOS has joined both projects exclusively as a participant, never as coordinator — consistent with an equipment and technology specialist that contributes specific hardware capabilities to larger consortia rather than leading research programs. Their two projects pulled in a combined 44 unique partners across 13 countries, indicating they plug into broad, well-connected consortia built around major European photonics and semiconductor initiatives. This suggests working with them means accessing a highly specialized laser technology partner that integrates well into multi-partner industrial R&D programs.
AMPHOS has built a network of 44 unique consortium partners across 13 countries from just two projects — an unusually wide reach for a company of this size, reflecting their membership in large, pan-European consortia in the ICT and photonics space. Their Herzogenrath location (near Aachen, on the Dutch-Belgian border) naturally positions them within the dense Rhine-Ruhr high-tech corridor, though their project partners span well beyond this region.
What sets them apart
AMPHOS occupies a rare niche as a commercially focused SME producing high-power femtosecond laser systems — a category dominated by large photonics corporations or university spin-offs. Their ability to contribute both hardware and process knowledge simultaneously makes them valuable in consortia that need a laser source provider who also understands the application engineering. For anyone building a project touching precision nanofabrication, semiconductor equipment, or advanced surface engineering, AMPHOS offers direct access to laser system expertise that most academic or industrial partners cannot replicate in-house.
Highlights from their portfolio
- FemtoSurfThe largest of the two projects (EUR 1.29M to AMPHOS alone) and the clearest showcase of their core femtosecond laser manufacturing capability, covering the full chain from laser source to automated multi-beam surface processing and inline quality control.
- IT2Participation in a 2nm IC node development program signals AMPHOS's ambition to position their laser technology within the most advanced tier of semiconductor manufacturing, alongside major chipmakers and equipment vendors.