Expert knowledge for users that takes them further
Since KRÜSS was founded in 1796, we have built up extensive expertise in the development and manufacture of precision measurement technology. We pass on this knowledge in our Campus knowledge center – up-to-date, well-founded and practice-oriented.
Here you’ll find expert knowledge on measurement technology that is typically covered in expensive seminars. Find out about typical applications, standards and areas of application. Find out more about sample application and device operation or about automation options.
What are the requirements for calibration and adjustment? How is proper temperature control and temperature compensation achieved? In our Knowledge Center—the Campus Pages—we have compiled everything you need to know about refractometry, polarimetry, density measurement, and many other measurement methods. Take advantage of our expertise, expand your knowledge, and benefit from over 200 years of experience in measurement technology.
Here you can learn from the KRÜSS Optronic experts!

Refractometry
What does the refractometer measure?
Are all samples measurable?
What is temperature compensation?
Which standards are relevant?
How do I clean refractometers?

polarimetry
How does a polarimeter work?
What does the angle of rotation represent?
Where are polarimeters used?
What normative requirements exist?
What are optically active substances?

density measurement
How is the density measurement performed?
Where are typical areas of application?
What is a U-tube oscillator?
Which samples are measured?
How do I clean the measurement devices?

Flame photometry
Where is AES used?
How do alkali and alkaline earth groups beeing analyzed?
What flame colors are available?
How do other methods work?

Gas analysis
What do gas analysers measure?
Where are they on application?
What is MAP and MAT?
What gas mixtures are there?

Microscopy
How does the phase contrast device work?
What is a Trinocular microscope?
Which illumination for what purpose?

Melting point determination
What is transmission detection?
How is the capillary method used for measurement?
Why is the melting point a substance-specific charakteristic?
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Measurement methods and application examples – knowledge that will advance your analytics
You would like to receive more information on the most important measurement methods of modern laboratory and quality analysis. We’ll show you how refractometers, polarimeters, density meters, gas analysers, flame photometers, melting point meters, and microscopes are used in practice—explained in an easy-to-understand way, backed by scientific research, and drawn directly from Applications.
Discover the world of measurement technology from KRÜSS Optronic—compact and easy to understand, backed by extensive expertise and experience.
