Applied Material Analytics
How are synchrotron and neutron radiation used in applied material analytics to gain insights into materials?
No matter where your challenge lies – in raw materials, base materials, the concept phase, product development, or even if your product is already on the market and needs further optimization – ANAXAM will find the right solution for you.
Compared to laboratory-scale X-ray analyses, material analytics using synchrotron radiation provides completely new insights. This is due to the photon flux generated by a synchrotron source being 10,000,000,000 times higher, enabling much more detailed investigations of materials – in terms of resolution, real-time analysis, or high sample throughput. Material analytics with neutrons is fundamentally only possible at large-scale research facilities. It is particularly advantageous when it comes to looking through metals.
ANAXAM offers analytical methods in the fields of imaging, diffraction, scattering, and spectroscopy.
Added value and benefits
- Far beyond lab scale:
ANAXAM’s analytics go far beyond what is achievable in conventional laboratories.
- High-precision analyses:
Detailed insights into material structures.
- Quality assurance:
Monitoring of production processes.
- Research and development:
Support for innovative material development.
- Non-destructive testing:
Materials can be analyzed without causing any damage.
- Customized solutions:
Tailored analytics using dedicated infrastructure.
Questions and Answers (FAQ)
- How does applied material analytics differ from other analytical methods?
Synchrotron and neutron radiation enable more detailed insights compared to conventional methods.
- What types of materials can be analyzed using this technique?
A wide range of materials – from metals to biological samples – can be analyzed, making these methods extremely versatile.
- How does applied material analytics contribute to quality control in industry?
It enables precise monitoring of production processes to ensure that materials meet required specifications.
- What role do these techniques play, for example, in the pharmaceutical industry?
In the pharmaceutical sector, these methods are used to examine the structure of active ingredients, drugs, and drug delivery devices (such as tablets, syringes, and inhalers), which is essential for the development of new medications.
- How can companies benefit from applied material analytics?
Companies gain precise insights that help optimize production processes, develop new products, and ensure product quality.
Contact
Discover the full potential of material analytics with ANAXAM. Our experienced team is ready to support your next project using neutron and synchrotron radiation. Contact us to discuss customized solutions tailored to your analytical needs.
