Material Mastery - Going deeper than the surface.
We decode how materials interact with light, plasma and chemistry - turning scientific insight into predictable, high-performance surface behavior.
Unique Material Intelligence
Material Mastery is the scientific foundation of the SurFunction platform. Our roots lie in materials science: we analyze how materials interact with light, plasma and chemical processes — and how these interactions create new functional surface behaviors. This depth of understanding is what enables SurFunction to engineer surfaces that are precise, predictable and programmable.
Analytical depth as a foundation
Material Mastery combines scientific expertise with high-resolution analytical technologies. We examine surfaces across all process stages - before, during and after functionalization - and characterize their structure, chemistry and microarchitecture in detail. This creates a deep understanding of the mechanisms that define surface performance, stability and long-term behavior.
Our fields of competence
Our analytical capabilities through our connected Institut MECS span the full spectrum of modern materials science. We combine classical methods with high-end technologies for quantitative and qualitative evaluation of advanced surfaces.
Laser & Optical Microscopy – Visualizing micro- and nanostructures
Electron Microscopy (SEM, TEM) – Morphology and chemistry at nanometer scale
Focused Ion Beam (FIB) – Preparation and 3D analysis of functional layers
Atom Probe Tomography (APT) – Element-level resolution down to atomic dimensions
X-ray Diffraction (XRD) – Determining crystal structure and residual stress
Mechanical Testing – Measuring hardness, adhesion, elasticity and friction with precision
From understanding to performance
Insights from our analyses directly inform the development of SurFunction’s surface processes and AI approaches - from defining laser parameters to selecting materials and validating functional effects.
The result:
Every material and every surface is not only improved, but scientifically understood, precisely engineered and targeted in its functional behavior.
Material Mastery transforms materials into predictable, controllable and high-performance systems.
