Wattcrafts 80×110mm (A7) Pouch Cell Holder with Complete Testing Modules
Couldn't load pickup availability
Still have questions? Ask our experts!
Wattcrafts 80×110mm (A7) Pouch Cell Holder with Complete Testing Modules
You get 5% off by buying this complete bundle compared to buying the modules separately!
Introduction
The Wattcrafts 80×110mm (A7) Pouch Cell Holder with Complete Testing Modules is a complete testing bundle combining our pouch cell holder with force, thickness, and temperature sensor modules, plus practical accessories like a leveling tool, torque wrench, spare pads, and USB hub. Everything you need for multi-parameter battery characterization in one package.
Modern battery research demands multi-parameter characterization where understanding the relationships between mechanical, thermal, and electrochemical phenomena drives fundamental insights. Advanced material systems—silicon anodes, solid-state electrolytes, lithium-metal configurations, and next-generation thermal interface materials—require correlated analysis that traditional single-parameter approaches cannot provide.
This integrated platform addresses these requirements by providing synchronized measurement infrastructure that eliminates multi-instrument complexity. The system delivers comprehensive, datasets essential for both mechanistic studies and data-driven development methodologies, including machine learning approaches that require high-quality timeseries data with precise parameter correlation.
Key Features
Reliability
Controlled clamping & pressure regulation with high mechanical stability for long-term cycling. Stable, repeatable test conditions.
Advanced Measurements
Track force, thickness, and temperature together during cycling. Watch pressure build up as cells swell. See thermal gradients develop during fast charging.
Experimental Flexibility
Two Testing Modes: Fixed-thickness mode mimics rigid battery packs—measure swelling forces. Fixed-pressure mode maintains constant compression—study volume changes.
Compatibility
Small footprint - fits in environmental chambers. Compatible with any battery cycler.
Unified Software
One application controls everything. Plug-and-play sensor integration Real-time visualization as experiments run. Export to CSV and sync with your cycler data using Python, MATLAB, Origin, Excel and others.
Modular Economy
Sensors can be detached and used across multiple test stations without affecting running measurements. Enables continuous or intermittent monitoring and optimized laboratory resource allocation.
Specifications
|
Component |
Specification |
|
Pouch Cell Holder |
|
|
Force Sensor Module |
|
|
Thickness Sensor Module |
|
|
Temperature Sensor Module |
|
|
Omnisense Software |
Omnisense Software can be downloaded using this link |
Applications
Advanced Chemistry Development
Silicon anodes, solid-state electrolytes, lithium/sodium metal systems. Characterize volumetric expansion dynamics and interfacial pressure evolution.
Formation & Cycling Studies
Long-term aging characterization with continuous mechanical-thermal monitoring. Track degradation mechanisms and capacity fade correlations.
Pressure-Dependent Performance
Systematic investigation of electrochemical performance as function of applied stack pressure. Optimize manufacturing constraints
Degradation & Swelling Analysis
Quantify gas evolution, mechanical stress accumulation, and thermal event precursors during accelerated aging protocols.
Fixed gap and fixed force modes
This fixture can monitor both force and thickness changes simultaneously during battery cycling. However, the actual response would depend on assembly of holder - either with springs to stabilize pressure, or without springs to prevent cell expansion. Choose setup mode depending on what you want to test.
More instructions to use Fixed gap and fixed force modes can be found here
What's included:
Wattcrafts 80*110mm (A7) Pouch cell holder
Wattcrafts Accessories PackWattcrafts Force Sensor Module
Wattcrafts Thickness Sensor Module
Wattcrafts Temperature Sensor Module
All sensors connect via USB to Omnisense software for coordinated data acquisition and visualization. The modular design enables flexible sensor configurations for different experimental requirements.