SciTransfer
Organization

LUNOVU GMBH

German laser technology SME specializing in ultrafast fiber lasers, polygon scanning, and laser-based manufacturing processes for automotive and industrial applications.

Technology SMEmanufacturingDESMENo active H2020 projects
H2020 projects
3
As coordinator
0
Total EC funding
€942K
Unique partners
33
What they do

Their core work

Lunovu is a German technology SME specializing in advanced laser systems and laser-based manufacturing processes. Their work spans ultrafast laser processing, laser surface texturing, and polygon scanner technologies applied to industrial production — particularly in automotive and roll-to-roll manufacturing. They contribute laser expertise to EU research consortia focused on scaling lab-proven laser techniques into production-ready systems for multi-material joining, nano-imprint lithography, and high-power fiber laser development.

Core expertise

What they specialise in

Ultrafast laser processing and fiber laser systemsprimary
2 projects

PULSE focused on high-power ultrafast lasers using tapered double-clad fibre, while PoLaRoll applied ultra-short pulse laser processing to roll-to-roll manufacturing.

Polygon scanner technology for industrial applicationsprimary
2 projects

PoLaRoll centered on polygon scanner-based laser processing, and PULSE lists polygon scanning among its key technologies.

Laser surface texturing and joiningsecondary
1 project

ComMUnion involved laser surface texturing and laser-assisted tape placement for joining metal-thermoplastic composites.

Nano-imprint lithographyemerging
1 project

PULSE includes nano-imprint lithography as a keyword, suggesting expansion into nanoscale patterning applications.

Evolution & trajectory

How they've shifted over time

Early focus
Laser-assisted manufacturing and joining
Recent focus
High-power ultrafast fiber lasers

Lunovu's early H2020 work (2015–2017) focused on laser applications for multi-material manufacturing — surface texturing, joining metal-thermoplastic composites, and automated inspection in production environments. By 2019, their focus shifted decisively toward high-power ultrafast laser source development, tapered fiber lasers, and nano-imprint lithography, moving upstream from laser application to laser system innovation. This evolution suggests a company transitioning from being a laser process integrator to developing core laser technologies with broader market potential.

Lunovu is moving from applying lasers in manufacturing toward developing next-generation high-power laser sources and nanoscale processing, positioning them for photonics-driven industries beyond automotive.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European10 countries collaborated

Lunovu participates exclusively as a partner, never as coordinator, which is typical for a specialist SME contributing focused laser expertise to larger consortia. With 33 unique partners across 10 countries in just 3 projects, they engage in mid-to-large consortia averaging 11+ partners each, indicating comfort working in complex multi-national teams. Their non-repeating partner base suggests they are sought after for specific technical capabilities rather than relying on established alliances.

Lunovu has collaborated with 33 distinct partners across 10 countries through 3 projects, giving them a broad European network relative to their small project count. Based in the Aachen technology region (Herzogenrath), they are well-positioned within Germany's photonics and advanced manufacturing ecosystem.

Why partner with them

What sets them apart

Lunovu occupies a niche at the intersection of high-power laser source development and industrial-scale laser processing — a combination few SMEs can offer. Their progression from laser application work (surface texturing, joining) to laser system R&D (ultrafast fiber lasers, polygon scanners) means they understand both the physics and the factory floor. For consortium builders, they bring a rare blend of laser engineering depth and manufacturing process awareness that bridges photonics research and industrial deployment.

Notable projects

Highlights from their portfolio

  • PULSE
    Largest funding (€563K) and most recent project, focused on high-power ultrafast fiber lasers — represents their strategic direction toward core laser technology development.
  • PoLaRoll
    Directly connects their polygon scanner expertise to scalable roll-to-roll manufacturing, demonstrating their ability to bring laser tech into high-throughput production.
  • ComMUnion
    Their earliest H2020 project, combining laser texturing with multi-material composites for automotive — shows their roots in applied laser manufacturing.
Cross-sector capabilities
Photonics and optical systemsAutomotive component manufacturingElectronics and semiconductor processingAdvanced materials and composites
Analysis note: Profile based on 3 projects — enough to identify clear laser technology specialization and an evolution trend, but limited data means some expertise areas (especially nano-imprint lithography) may be overstated from single keyword occurrences. No website available for independent verification of commercial activities.
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