Nature Knows Best
The Surface Revolution.
Structure is function. Light is the tool. Production is now. ELIPSYS® - the world's leading platform for programmable functional metasurfaces. We make a new world of surfaces happen with precision, impact and passion.
Transform your surfaces - now
FUNCTIONAL METASURFACES
Every material has a surface - and that surface determines how it wears, reflects, repels, and conducts. Functional metasurfaces replace conventional solutions with microscopic geometry: tiny patterns, engineered directly into the material, that create these properties by design. Nature has used this principle for millions of years. With ELIPSYS® we industrialize it now.
Greater performance
Surfaces engineered for higher efficiency and precision. They translate structure into measurable performance gains.
Longer service life
Surface systems that reduce wear and extend lifetime, maintaining stable performance under demanding conditions.
Reduced costs
Smarter surfaces minimize friction, wear and waste. This lowers maintenance needs and total cost of ownership.
More sustainable
Nature-based surface engineering reduces material use and increases efficiency, enabling long-lasting, circular solutions.
Applications
New generations of products for unlimited markets
Our functional metasurfaces create high-performance surfaces for precision manufacturing, optics, energy, mobility, electronics or MedTech. We innovate critical product properties like friction, wear, contact resistance, wettability, absorption or optical behavior.
Improved Connectivity
The contact surface determines everything. We engineer it at the microscale. ELIPSYS® reduces insertion force by 60%, contact resistance by 80%, and cuts precious metal consumption — inline, at production speed, without changing your connector design.
Reduced Friction
Friction is a design problem. We solve it at the surface level. ELIPSYS® reduces friction by up to 80% and wear by up to 99% - by structuring the surface geometry directly, without coatings or lubricants. Tools last longer. Machines run cleaner. Production stops less.
Optical Functionality
ELIPSYS® behaves differently on a structured surface. We design that structure - at the wavelength level. From anti-reflective glass to structural color and surgical glare suppression - replacing chemical coating steps with geometry, inline and at scale.
Medical Surfaces
Implants that the body accepts, hygienic surfaces, reduced biofilms or Surfaces which resist bacteria. ELIPSYS® engineers these properties directly into the material. Sugical could be improved - from friction to adhesion.
Tailored Wetting
ELIPSYS® enables adjustment of hydrophobic or hydrophilic properties — tailored to the functional requirements of your components. The micro- and nanoscale structures are created directly within the surface and are durable, stable, and precisely reproducible.
Meet SurFunction
Behind the Vision
Functional Metasurfaces
Engineered surfaces whose functional properties - friction, wettability, optical behaviour, adhesion - are determined not by material composition, but by precisely programmed geometry at the nano- and microscale. SurFunction is building the industrial operating system: Structure is calculated. Function is simulated. Geometry is generated. Performance is validated inline. Scalable. IP-driven. Cross-industry.
News & Insights
Shaping the Future of Surface Engineering
From research projects and technology milestones to new partnerships across Europe, our news and insights show how SurFunction enables progammable functional Metasurfaces.
SurFunction awarded second place at the “Best Award 2025
Industrial Proof
Award
Blech-Expo
Saarbrücken, October 22, 2025 – SurFunction GmbH, a leading innovator in laser-based surface functionalization inspired by nature, has been awarded second place in the prestigious “Best Award 2025” in the category of Steel, Metal Services, and Surface Technology at Blechexpo 2025. The company impressed with its fully industrialized ELIPSYS® technology platform and the world’s first demonstration of Direct Laser Interference Patterning (DLIP) technology in real series production using the highly innovative laser machine E 960 C1.
SurFunction joins EU CLASCO initiative
News
SurFunction becomes part of the European CLASCO project — a Horizon Europe initiative driving sustainable material innovation. Together with leading research partners, we are working to strengthen Europe’s technological sovereignty through Circular Nanotechnology and scalable DeepTech solutions for surface engineering.
Green DeepTech
green deep tech
sustainable nanotechnology
resource efficiency
SurFunction turns scientific precision into sustainable industrial performance — creating functional surfaces through structure, not additives, and enabling circular material logic at scale.
More about Green Deep Tech
European Tech Sovereignty
European technology sovereignty
EU innovation
DeepTech Europe
begins with scientific control of critical technologies. SurFunction shows how precision, material intelligence and circular logic create an independent, sustainable industrial future.
