IEST Lab-sclae Automatic Coin Cell Assembly Machine(CAAS)
Next-Gen Coin Cell Assembly Machine For Lab-scale
The Lab-scale Automated Coin Cell Assembly Machine(Compact Version) compatible with standard single-station, single-sided gloveboxes, integrates automatic electrolyte injection, automatic sealing, CCD positioning system, multi-station suction cups, enabling quick and convenient switching between coin cell assembly specifications. Assembly throughput is customizable from 1 to 10ea. It reduces labor costs, enhance assembly consistency, and minimizes repeated testing. Suitable for universities, research institutes requiring small-batch assembly of lithium/sodium-ion coin cells for testing purposes.
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Description
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Applications
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Specifications
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The Significance of Coin Cell Assembly
In the preliminary stages of lithium battery R&D for novel materials and fabrication processes, coin cells serve as essentialplatforms for fundamental electrochemical validation, The precision in cell assembly directly impacts the reliability ofperformance metrics (e.g., capacity retention, cycle stability) and determines the bench-scale feasibility of materials forcommercial applications.
Customized Assembly throughput
Assembly Concentricity
Assembly Speed
Reduce the Assembly Time
System Features
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Compact Design Integrates modules such as automatic electrolyte injection, automatic sealing, and a CCD vision system, etc.
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Comprehensive Functionality Dimensions are engineered to perfectly fit single-workstation standard glovebox specifications.
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High-speed Assembly Approximately 2 mins/cell
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High-Throughput Assembly Up to 10 coin cells per batch, flexibly adapting to different needs.
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Flexible Configuration Supports various common coin cell models such as CR2032, CR2025, CR2016, etc.
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Wide range of cell types Capable of rapidly assembling half-cells, full-cells, and symmetric cells.
Rapid Assembly
High-Precision Assembly
Multi Material Suction Cups
Process Traceability
High-throughput Assembly
Automatic Sealing Module
Automatic Liquid Injection
Data Processing Software
Equipment Expansion
High-Throughput Automatic Electrolyte Switching System
Liquid Injection Module
1. Case 1: Manual Assembly VS Auto Assembly
For NCM materials:
For Silicon-based anode materials:
Conclusion: While the average specific capacity values obtained from automated and manual assembly methods were comparable for both material types, automated assembly demonstrated superior stability compared to manual assembly.
2. Case 2: Automatic Coin Cell Assembly of LFP Cathodes
Conclusion:
3. Case 3: Automatic Coin Cell Assembly of Graphite Anodes
Conclusion:
4. Case 4: Curling Issue of Single-Sided Electrodes after Calendering and Punching
Conclusion:
IEST Coin Cell Automatic Assembly System(CAAS)
Next-Gen Coin Cell Assembly Solutions For Lab & Industrial-scale
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