Bruker Nano Analytics Presents: QUANTAX FLATQUAD LAUNCH WEBINAR

Overcome the Limitations of Conventional EDS with the new QUANTAX FlatQUAD

On-Demand Session - 29 minutes

The new Bruker QUANTAX FlatQUAD system, equipped with the XFlash® FlatQUAD detector, revolutionizes SEM EDS elemental analysis, making it routine and easy.

The detector’s innovative annular four-segment design, placed directly under the SEM pole-piece, maximizes X-ray collection and offers the highest take-off angles. This design is ideal for both the qualitative and quantitative characterization of challenging samples, such as:

  • Beam-sensitive materials, life science and biological thin sections
  • Semiconductor devices
  • Battery materials (anode, cathode particles, black mass)
  • Nanoparticles and FIB/TEM lamellae
  • Samples with pronounced topographic features
  • Samples with heavy surface charge accumulation (e.g. glass and ceramics).

Analyzing these samples often necessitates specimen preparation or the use of challenging acquisition parameters, like very low acceleration voltages and beam currents. Conventional EDS detectors, whether single or multiple large-area SDDs with an inclined geometry, are unable to gather the required signal quality for accurate and quantitative analysis under these conditions. With the QUANTAX FlatQUAD system, operators can easily handle these samples at unparalleled speed (10x – 50x faster), often even without special preparation.

Join us for an informative 30 minute session, where Bruker Nano Analytic’s experts introduce the new cutting-edge QUANTAX FlatQUAD making it the preferred choice of many SEM EDS analysts. We will:

  • Review examples of Li-ion battery components as a model system to demonstrate the benefits of the unique detector design.
  • Demonstrate the capabilities of the QUANTAX FlatQUAD system in detecting and mapping contaminants while maintaining the highest spatial resolution in EDS analysis.

Who Should Watch?

  • Industry professionals using EDS as a fast and accurate material characterization method on a nano to mm scale
  • Electron Microscopists (SEM and TEM)
  • Anyone interested in qualitative and quantitative elemental analysis for materials science, life science, semiconductors, and battery materials, including nanostructured materials.
EDS element distribution maps with SE image overlay of the same NCM particles acquired under identical beam conditions with (left) conventional EDS detector with 60mm² active detector area and (right) with Bruker XFlash® FlatQUAD. 
EDS element distribution maps of NCM and LiFePO4 particles acquired with Bruker XFlash® FlatQUAD (500pA / 300s / 252000 cps) using 6kV acceleration voltage (left). Elemental maps of P and Zr (right). Even though the P and Zr X-ray peaks overlap, they can be separated using the built in deconvolution function, which is demonstrated by the spectra of two individual particles. 

Speakers

Dr. Igor Németh

Application Scientist EDS, Bruker Nano Analytics

Andi Kaeppel

Senior Product Manager EDS / SEM, Bruker Nano Analytics

Dr. Sebastian Schmidt

Product Manager EDS / SEM, Bruker Nano Analytics

Watch this Webinar On-Demand

Please enter your details below to gain on-demand access to this webinar. 

Input value is invalid.

* Please fill out the mandatory fields.

Please enter your first name
Please enter your first name
Please enter your e-mail address
Please enter your first company / institution
What best describes my current situation:

By submitting my data, I give consent to the collection, processing and use of my personal data in accordance with the Privacy Policy and the Terms and Conditions of Bruker.

* Please fill out the mandatory fields.

Thank you. Enjoy your On-Demand Webinar

 

Thank you for signing up to watch our on-demand webinar Overcome the Limitations of Conventional EDS with the new QUANTAX FlatQUAD. We have also sent an email to your registered address containing the link to watch the webinar. 

If you have questions about the content of the webinar or about any of our other products and services, please contact us at info.bna@bruker.com.