In-situ Raman Test Cell
CT Testing Solid State Battery Device
Item Number : BE09
Price varies based on specs and customizations
- Inner Diameter
- 2 mm
- External Fixture Diameter
- 70 mm
- Three Column Structure Height
- 109 mm from bottom to top
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Product Overview
This CT testing solid state battery device is a compact fixture platform for solid-state battery testing and related laboratory evaluation workflows. Its 2 mm internal diameter supports work with small-format test assemblies where controlled geometry and compatibility with specialized molds are important. The equipment is designed around a focused fixture structure that can be prepared for testing with a single mold.
The unit is suited to solid-state battery research, compact electrochemical test preparation, advanced materials development, and laboratory process verification. During assembly, the configuration can include an external fixture, display, and 2 ton sensor, allowing buyers to specify a more complete measurement arrangement according to their testing requirements.
Its compact 70 mm external fixture diameter and 109 mm height from the bottom to the top of the three-column structure support integration into laboratory testing environments with limited installation space. The defined mechanical dimensions provide a clear basis for fixture planning, assembly coordination, and test-system compatibility.
Key Features
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Compact Internal Geometry: The 2 mm inner diameter is configured for small-format solid-state battery test assemblies and specialized laboratory molds, supporting precise fixture planning for compact samples.
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Integrated Fixture Architecture: The assembly can be supplied with an external fixture, display, and 2 ton sensor, providing a configurable platform for buyers who require additional measurement and indication functions.
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Defined External Diameter: The 70 mm external fixture diameter establishes a clear installation envelope, helping engineers assess clearance, mounting compatibility, and the relationship between the fixture and the surrounding test equipment.
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Controlled Structural Height: The distance from the bottom to the top of the three-column structure is 109 mm. This defined height simplifies equipment layout, test-cell planning, and coordination with associated laboratory hardware.
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Single Mold Test Preparation: When the assembly is sent for testing, only the specified mold is required. This reduces preparation complexity and provides a straightforward handoff between assembly and test operations.
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Measurement Expansion Capability: The optional 2 ton sensor supports applications where force measurement is required as part of the configured testing arrangement. The sensor option allows the equipment package to be aligned with the buyer’s measurement objectives.
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Display Integration Option: A display can be included during assembly to provide a visible interface for the configured measurement system. This option is useful when operators need direct access to test-related readings at the equipment location.
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Research-Oriented Configuration: The focused mechanical design is appropriate for laboratory development work involving solid-state batteries and advanced materials, where compact fixtures and clearly defined interfaces are essential.
Applications
| Application | Description | Key Benefit |
|---|---|---|
| Solid State Battery Cell Testing | Prepare compact solid-state battery assemblies for CT testing using the defined 2 mm internal fixture geometry and compatible mold arrangement. | Supports repeatable setup for small-format research samples. |
| Solid Electrolyte Research | Use the fixture during development work involving solid electrolytes, compact test cells, and experimental material combinations. | Provides a defined mechanical platform for early-stage materials evaluation. |
| Battery R&D Laboratory Workflows | Integrate the unit into laboratory procedures that require fixture assembly before transferring the prepared mold to a testing system. | Simplifies preparation and reduces unnecessary handling before testing. |
| Advanced Materials Development | Apply the equipment to compact material research assemblies where fixture dimensions, clearance, and structural layout must be planned in advance. | Delivers clearly specified geometry for equipment integration. |
| Force Measurement Testing | Configure the assembly with the optional 2 ton sensor when test procedures require force-related measurement capability. | Extends the fixture arrangement for measurement-focused laboratory work. |
| Instrumented Test Stations | Add the optional display to create a more complete local indication arrangement around the configured test fixture. | Improves access to visible readings during laboratory operation. |
| Custom Laboratory Integration | Incorporate the fixture into a buyer-defined test station after reviewing the 70 mm external diameter and 109 mm structural height. | Supports practical planning for compact installation spaces and associated equipment. |
Technical Specifications
| Specification Category | Parameter | Value |
|---|---|---|
| Product Identification | Item number | BE09 |
| Product Type | Equipment | CT testing solid state battery device |
| Internal Geometry | Inner diameter | 2 mm |
| Fixture Dimensions | External fixture diameter | 70 mm |
| Structural Dimensions | Height from bottom to top of three-column structure | 109 mm |
| Assembly Options | External fixture | Can be added during assembly |
| Assembly Options | Display | Can be added during assembly |
| Assembly Options | Sensor capacity | 2 ton sensor can be added during assembly |
| Testing Preparation | Mold requirement for testing | Only one mold is required when sending the assembly for testing |
The dimensions above define the principal mechanical envelope of the unit. The 2 mm inner diameter identifies the compact working geometry, while the 70 mm external fixture diameter provides the outside fixture reference needed for clearance and installation planning. The 109 mm measurement is taken from the bottom to the highest point of the three-column structure.
The optional components are assembly-level configuration choices. Buyers requiring an external fixture, display, or 2 ton sensor should confirm the desired arrangement when requesting a quotation so the delivered configuration matches the intended test workflow. The display and sensor are not presented as mandatory components of every configuration; they are available additions associated with assembly requirements.
Testing preparation is also intentionally straightforward. The reference configuration specifies that only one mold is needed when the prepared assembly is sent for testing. This information is important for procurement teams coordinating mold supply, laboratory scheduling, and transfer between assembly and testing activities.
Because the available reference data focuses on fixture geometry and assembly options, no unreferenced values are assigned for operating temperature, pressure range, electrical interfaces, materials, accuracy, repeatability, weight, or power requirements. These parameters should be confirmed against the final configuration and the receiving test system before purchase. This approach keeps the technical record aligned with the defined product information and avoids assumptions that could affect equipment selection.
For system integration, engineers should review the complete physical arrangement around the 70 mm external fixture diameter and 109 mm maximum structural height. Clearance for the three-column structure, access for mold installation, and space for any optional display or sensor connection should be considered during station design. Confirming these points early helps maintain an efficient handoff from fixture assembly to CT testing.
Why Choose This Product
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Purpose Built for Compact Testing: The defined 2 mm inner diameter and compact external geometry address the practical requirements of small-format solid-state battery and advanced materials test assemblies.
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Configurable Measurement Arrangement: Optional external fixture, display, and 2 ton sensor additions allow the equipment package to be matched to the buyer’s intended assembly and measurement workflow.
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Clear Integration Data: The 70 mm external diameter and 109 mm three-column height provide the dimensional references needed for equipment layout, clearance review, and laboratory station planning.
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Efficient Test Handoff: Requiring only the specified mold for testing helps streamline preparation and coordination between assembly operations and the testing environment.
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Practical Research Investment: A focused fixture platform with defined dimensions and configuration options can provide a dependable foundation for ongoing solid-state battery and materials research programs.
Contact us for a quotation, configuration review, or custom solution aligned with your solid-state battery testing workflow.
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