Fluorescence microscope

Fluorescence microscopy has developed into a powerful method for surface analysis, particularly in the fields of materials science and biology. This technique makes it possible to examine the structures and properties of surfaces in detail at the microscopic level.

When using fluorescence microscopy in surface analysis, fluorescent substances are applied to the surface to be examined or embedded in the material. These substances react to certain wavelengths of light by emitting light of different wavelengths. This enables the targeted excitation and detection of specific structures or molecules on the surface.

In materials science, fluorescence microscopy can be used to visualize the distribution of molecules or layers on material surfaces. For example, the binding of certain molecules to a surface or the distribution of coatings on a substrate can be analyzed in detail. This is particularly relevant for the development and quality assurance of coatings, thin films or surface modifications.

The high resolution of fluorescence microscopy makes it possible to analyze surfaces at the subcellular level, which conventional microscopy methods cannot always achieve. This technique therefore plays a decisive role in the research and characterization of surfaces in various scientific disciplines.