The examination and evaluation of materials, products, and process media requires the use of modern measurement and analysis methods.
We use measurement and analysis methods with high detection sensitivity and high location resolution that are tailored to each individual task. The SGS INSTITUT FRESENIUS has extensive analytical experience and operates state-of-the-art service laboratories. We are happy to support you in your product development, process and production control, failure and damage analysis, and more.
We have compiled detailed technical information for individual processes and test methods. Here you can find out more about the methodology, application and specification. Of course, we are also available for project-specific consultations. Please send us an email via our contact form.
With our methods, we can precisely determine chemical and physical properties of substances and materials. For this purpose, we offer the following services in this area:
In the following, we have summarized further information on the methods F-OES and XPS, such as details on functionalities, sample requirements, and examples from applications.
SGS INSTITUT FRESENIUS as a leading laboratory for microelectronics analysis supports you with many years of expertise and the best equipment base in technology development, quality assurance and failure analysis. We use the following methods in the field of microelectronics.
The fields of application are very diverse: From research and development to quality assurance or failure analysis, all sectors can be served.
Material surfaces and their coatings are of increasing importance for innovative products. The structural and chemical composition of the first nanometers up to several micrometers of a product determines its functional and aesthetic properties.
To analyze the surfaces, we use these methods, among others:
In the following, we have summarized further information for some physical surface analysis methods, which we explain in detail. What are the advantages, areas of application, and sample requirements of these methods?
With our chemical-analytical methods, we determine the composition of materials in detail. The applications cover a wide range of industries and substances.
These methods are used for the investigations:
In the following, we have summarized further information on selected methods, such as details on functionalities, sample requirements, and examples from the applications.
