Services for advanced electron microscopy & material analysis

Our Core Facility offers high-resolution electron microscopy and analytical services for industrial partners and research institutions. Using state-of-the-art scanning electron microscopy (SEM) and transmission electron microscopy (TEM), we help companies understand the structure, composition and properties of materials at the micro- and nanoscale across a wide range of materials.

We support projects in the fields of biotechnology, geology, nanotechnology, materials science and industrial research and development (R&D) and provide reliable material characterisation.

Our services

• High-resolution imaging (SEM & TEM)
  Visualisation of micro- and nanoscale structures in biological, geological and engineered materials, including nanoparticles, catalysts and advanced functional materials.

• Elemental and chemical analysis (EDX)
  Energy-dispersive X-ray spectroscopy for quantitative and spatially resolved elemental analysis. Ideal for material verification, contamination analysis and creation of element distribution maps.

• Cathodoluminescence (CL) analysis
  Analysis of crystal growth history, defects and impurities in minerals and materials. CL also enables the optical and electronic properties of semiconductor materials to be analysed and supports applications in electronics and optoelectronics.

• Quantitative image analysis
  Obtaining quantitative information from microscopy data, including particle size distributions, morphology characterisation and structural measurements.

Industrial applications

Our microscopy and analytical services support a wide range of industrial sectors where characterisation at the micro and nano scale is critical to product performance and reliability.

• Advanced Materials & Nanotechnology
  Characterisation of nanoparticles, nanostructured materials, catalysts and coatings, including morphology, particle size distribution and elemental composition.

• Semiconductors & Electronics
  Investigation of microstructure, defects, interfaces and optoelectronic properties of semiconductor materials using high-resolution imaging and cathodoluminescence.

• Energy & Catalysis
  Analysing battery materials, catalysts, fuel cell components and functional materials to understand degradation processes, particle structures and chemical compositions.

• Geology & Raw Materials
  Analysis of minerals, inclusions and growth zones as well as element distribution maps and cathodoluminescence imaging to reconstruct crystal growth history.

• Biological Materials & Biomaterials
  High-resolution imaging of cells, tissues, biomaterials and bio-nanomaterials to support research in biotechnology and biomedical materials.

• Failure analysis & quality assurance
  Identification of defects, contamination, corrosion and structural degradation in industrial materials and components.

Collaboration with companies

• Consultancy
  We discuss your analytical problem and recommend the most suitable microscopic and analytical method.

• Sample analysis
  We carry out SEM, TEM and analytical measurements. We advise on suitable sample preparation and optimal measurement conditions, while sample preparation is usually carried out by the client or in collaboration with the client's team.

• Data interpretation
  We provide clear results, quantitative analyses and expert interpretation to help you better understand your materials and support decision-making processes.

• Confidential collaboration
  Industry projects are treated in the strictest confidence. We have experience in working with R&D departments, start-ups and established companies.

Advanced Electron Microscopy & Materials Analysis Services

Our core facility provides high-resolution electron microscopy and analytical services for industrial partners and research institutions. Using state-of-the-art Scanning Electron Microscopy (SEM) and Transmission Electron Microscopy (TEM), we assist companies understand material structure, composition, and performance at the micro- and nanoscale across wide range of materials.

We support projects from biotechnology, geology, nanotechnology, materials science, and industrial R&D, offering reliable characterization.

Our services include

• High-resolution imaging (SEM & TEM)
  Visualization of micro- and nanoscale structures in biological, geological, and engineered materials, including nanoparticles, catalysts, and advanced functional materials.

• Elemental and chemical analysis (EDX)
  Energy-Dispersive X-ray Spectroscopy for quantitative and spatially resolved elemental analysis. Ideal for material verification, contamination analysis, and compositional mapping.

• Cathodoluminescence (CL) analysis
  Reveal crystal growth history, defects, and impurity distributions in minerals and materials. CL also enables the investigation of optical and electronic properties of semiconductor materials, supporting applications in electronics and optoelectronics.

• Quantitative image analysis
  Extraction of quantitative information from microscopy data, including particle size distribution, morphology characterization, and structural measurements.

Industry Applications

Our microscopy and analytical services support a wide range of industrial sectors where micro- and nanoscale characterization is essential for product performance and reliability.

• Advanced Materials & Nanotechnology
  Characterization of nanoparticles, nanostructured materials, catalysts, and coatings, including morphology, particle size distribution, and elemental composition.

• Semiconductors & Electronics
  Investigation of microstructure, defects, interfaces, and optoelectronic properties of semiconductor materials using high-resolution imaging and cathodoluminescence.

• Energy & Catalysis
  Analysis of battery materials, catalysts, fuel cell components, and functional materials to understand degradation, particle structure, and chemical composition.

• Geology & Natural Resources
  Study of minerals, inclusions, and growth zoning, as well as elemental mapping and cathodoluminescence imaging to reveal crystal growth history.

• Biological & Bio-Materials
  High-resolution imaging of cells, tissues, biomaterials, and bio-nanomaterials, supporting research in biotechnology and biomedical materials.

• Failure Analysis & Quality Control
  Identification of defects, contamination, corrosion, and structural degradation in industrial materials and components.

How We Work With Companies

• Consultation
  We discuss your analytical question and recommend the most suitable microscopy and analysis approach.

• Sample Analysis
  We perform SEM, TEM, and analytical measurements. We provide guidance on suitable sample preparation and measurement conditions, while sample preparation is typically carried out by the client or in collaboration with their team.

• Data Interpretation
  We provide clear results, quantitative analysis, and interpretation to help you understand your material and support decision-making.

• Confidential Collaboration
  Industrial projects are handled with strict confidentiality, and we are experienced in working with R&D teams, start-ups, and established companies.