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Automated battery quality control with Thermo Scientific scanning electron microscopes
Turn your Thermo Scientific SEM into an automated solution for battery QA/QC
Modern battery manufacturing includes a variety of challenges, including limited resources, the need to address an increasing number of tests impacting scrap rate, and ensuring that results are reproducible and reliable across operators and production sites.
Thermo Scientific Avizo Trueput Software for Battery Quality transforms your Thermo Scientific SEM into specialized battery quality analysis solution, helping you to maximize efficiency, maintain quality standards, and achieve operational excellence.
Battery quality inspection workflow
Developed for the production floor, Avizo Trueput Software is a dedicated battery quality inspection solution designed to liberate engineering time.
Image
Acquire images using Thermo Scientific SEMs
Analyze
Choose analysis for automated inspection
Validate
Generate your inspection report in a single click
Unlock the benefits of Avizo Trueput Software
Reproducible data interpretation
Transfer the protocol to new operators at different sites
Consistent, reliable automation
Reduce cost per analysis and use your engineering time for more valuable tasks
Self-evident pass/fail reports
One clear answer, and all the data to support it
Battery quality control webinar
Automated battery quality inspection reports
Battery manufacturers can access a growing catalog of automated pass/fail reports.
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| Particle size distribution | Cracked particles detection |
Particles/binder/ void/cracks analysis |
Precursor primary structure analysis | Post-calendaring layers | |
Identified features |
Particles |
Particles, cracks within particles |
Particles, binder, void, cracks within particles | Primary particles in precursor | Layer of active material |
Sample preparation |
Carbon tape or electrode surface |
Carbon tape or electrode surface |
Electrode surface |
Carbon tape | Electrode surface
|
Reported information |
Particle size distribution compliance, packing factor |
Number of cracked particles, crack size analysis, compliance |
Phase area fraction |
Primary particle size distribution and orientation | Active material layer thickness |
Where to use it |
Materials acceptance, tape manufacturing |
Materials acceptance, tape manufacturing |
After calendaring, after cycling |
Materials acceptance, prior to particles curing | After calendaring |
Benefit |
Optimize cell energy density by achieving target packing factor |
Optimize battery cyclability and reduce operational costs |
Optimize battery cyclability and energy density |
Optimize curing operational costs | Optimize energy density and calendaring operational costs |
Need a specialized, automated inspection to tackle your specific challenges?
Let one of our experts tailor a solution to your needs.
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For Research Use Only. Not for use in diagnostic procedures.