SPM nano-techniques(AFM, STM) and
interferometry-confocal
- Scanning probe microscopy (SPM) techniques (AFM, LFM, MFM, EFM, c-AFM, TUNA)
- Force spectroscopy (nanomechanical properties)
- Interferometric microscopy
- Confocal microscopy
- Optical microscopy
- Topographic analysis with atomic resolution
- Measurement of nanomechanical properties
- Measurement of physical properties: conductivity, magnetic domains and surface charges
- Measurement of compositional contrast: quantitative phase and friction (LFM)
- Measurements using advanced optical microscopy (confocal, interferometry, optical)
- Surface rugosity, nm- to mm-scale measurements
- Analysis of nano-scale metal, polymer, ceramic and composite samples
- Training courses for self-service users
- Scientific studies of nano-scale materials
- Surface topography of materials.
- 3D topography of implants.
- Analysis of mechanical properties of cosmetic products.
- Measurement of compositional contrast.
- Measurement of physical properties (electric, magnetism).
- Measurement of thickness of thin conductive or ferromagnetic layers (Electronics / Spintronics).
- Surface texture on optical surfaces (Optics).
- Wear of mechanical pieces. Bearings, friction pieces, ...... (Mechanical).
- Analysis of the surface finish of machined pieces or electropolished materials (Tribology).
- Surface solid texture for food or cosmetic applications (Industry Formulation ).
- Surface degradation of biocompatible materials (Bio).
- Topopgraphy of biological materials (teeth, bones, skin, ....).
- Applications of 3D roughness parameters (Tribology, odontology, implantology,
chemistry, optics, ...). - Nanomechanical properties Studies(adhesion, etc.) with humidity control.
- Study of physical and morphological proporties for nanosafety applications.
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