AZtecBattery
Download this brochure to discover how AZtecBattery can help you ensure quality in your battery products by identifying contaminants quickly, reliably, and accurately in the SEM.
AZtecBattery is a powerful, automated, solution for the analysis of powders used in the manufacturing of battery materials and batteries. AZtecBattery is ideal for the detection and identification of contaminants in powders all the way from the mining facility to the battery manufacturing plant.
Identification of contaminants so sources can be found
Complete characterisation of powders
Automated high throughput analysis
Easily Deployable across multiple systems and sites
Analysis and Reporting made easy
Be confident in the identification of contaminants
Flexible particle analysis lets you optimise and adapt to changing requirements quickly and easily, saving time and money
Powerful and flexible hardware configurations for the Ultimate in throughput
Easily deployed across multiple systems and sites – ensure that suppliers analyse the same way as you do
Combine automated particle analysis with further investigations of batteries on a single instrument
AZtecBattery automatically analyses powders over large area sample stubs – up to 200,000 particles and 10,000 fields per sample. Because of the achieved spatial resolution, it is possible to extract a wealth of information even from individual particles.
AZtecBattery Software | |||
Identify common contaminants with dedicated classification | ✔ | ||
Acquisition settings optimised for finding contaminants | ✔ | ||
Custom step notes to guide users through the analysis process | ✔ | ||
Reconstruction of particles to ensure true morphology measurements | ✔ | ||
Morphology filtering of particles to save time by only acquiring those of interest | ✔ | ||
Tru-Q for accuracy and reliability in element identification and quantification | ✔ | ||
Live chemical imaging | ✔ |
Download this brochure to discover how AZtecBattery can help you ensure quality in your battery products by identifying contaminants quickly, reliably, and accurately in the SEM.