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Structured for in-situ and operando battery measurement setups
XRD & Accelerator Application Systems
BES
A battery-cell-oriented X-ray analysis application platform designed for in-situ and charge-discharge linked research workflows.
BES is positioned for battery materials programs that need a practical connection between cell operation conditions and X-ray analysis workflows.
Highlights
BES is positioned for battery materials programs that need a practical connection between cell operation conditions and X-ray analysis workflows.
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Prepared for charge-discharge linked XRD workflows
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Supports multiple cell jigs across a -10 C to 70 C environment
Application / Use Case
Battery XRD workflow integration
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Battery cell structure change studies during cycling
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Operando or in-situ XRD experiment planning
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Lab setups requiring application-specific XRD fixtures
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Application environment for pouch cells, coin cells, and pressurized cells for solid electrolytes
Technical Highlights
BES is positioned for battery materials programs that need a practical connection between cell operation conditions and X-ray analysis workflows.
Linked Workflow
Linked Workflow
Connects electrochemical operation context with XRD measurement flow.
Research Fit
Research Fit
Built for battery lab environments where experiment conditions vary by project.
Engineering Scope
Engineering Scope
Supports chamber, fixture, and interface adjustments for research use.
Optional Specs
A battery-cell-oriented X-ray analysis application platform designed for in-situ and charge-discharge linked research workflows.
| Application | Battery cell linked XRD workflows |
|---|---|
| Positioning | Research-focused configurable platform |
| Focus | Electrochemical measurement integration |
| Expansion | Custom fixtures and chamber adaptation |
Product Inquiry
Align equipment scope with experiment conditions
Discuss installation constraints, sample formats, and test conditions in the same workflow.