Nanotechnology and Probe Microscopy

We use atomic force microscopy (AFM) as a very efficient tool for studying technical surfaces in the nanometer range. In this way, for example, very thin optical coating layers for pair of glasses have been examined in order to improve adhesion and wear resistance. Even the finest filter membranes of hemodialysis dialyzers were measured with AFM. This technique can be used to analyze the surfaces of nearly all materials in many ways and modify them locally. Structures in the nanometer become more and more important in most of our areas of life.

Picture 1: AFM Image of a superpolished eye glass (1x1x0.04 um) The structure height is 1000 times smaller than a human hair.


Technology Transfer and Engineering

Picture 2: Home built meltspinning machine for development and production of amorphous metals.


Technology transfer and industrial cooperation are closely linked to applied research projects. For years, we have very successful conducted projects in the field of materials development for electrical and mechanical applications. Development, design and construction of research equipment is our strength. Expertise and efficient management, together with the well-equipped workshops in electronics and mechanics ensure competence in the realisation of projects. We are also offering material processing such as ultrasound, diamond saws or fused silica processing, we can provide support in digital video and image processing. Furthermore, we take care of the needs for laboratory and industrial safety.

Nanotech Service Lab, University of Basel




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