Optical Testing Solid State Battery Device for Microscopy Raman and Infrared Cross Section Analysis

Product Overview

This optical testing solid state battery device is designed to hold solid-state battery samples during cross-section observation and spectroscopic characterization. The equipment supports optical microscopy, Raman analysis, and infrared analysis, giving research teams a practical fixture for examining battery structures through complementary optical methods. Its compact construction accommodates small-format battery samples while maintaining a defined fixture geometry for laboratory testing.

Two configurations are available for different sample and access requirements. The standard configuration accepts batteries with an inner diameter of up to 10 mm and a thickness of up to 3 mm. The venting configuration accepts batteries with an inner diameter of up to 12 mm and a thickness of up to 6 mm, while supporting optical testing with gas access. This makes the equipment suitable for solid-state battery development, advanced materials research, and laboratory-scale cell characterization.

The fixture dimensions are clearly defined for integration into optical testing workflows. A compact 115 mm long, 28 mm high, and 60 mm wide configuration is available for standard testing, while the venting configuration measures 188 mm long, 17.5 mm high, and 110 mm wide. These defined geometries help laboratories select the appropriate setup for their instruments, samples, and test procedures.

Key Features

• Multimodal Optical Compatibility: The equipment is designed for cross-section testing with optical microscopes, Raman systems, and infrared instruments. This allows researchers to select the observation or analysis method that best matches the material or interface under investigation.

• Solid-State Battery Testing Focus: The fixture is purpose-built for solid-state battery samples, supporting research workflows that require direct access to battery cross sections and internal material structures.

• Two Sample Capacity Ranges: The standard configuration accommodates batteries with an inner diameter of up to 10 mm and a thickness of up to 3 mm. The venting configuration expands the supported range to an inner diameter of up to 12 mm and a thickness of up to 6 mm.

• Venting-Compatible Configuration: The venting version is intended for optical microscopy, Raman, and infrared cross-section testing where gas access is required. Its dedicated configuration provides a practical option for experiments that cannot use a closed fixture arrangement.

• Defined Fixture Geometry: Each configuration has specified length, height, and width dimensions. This supports equipment selection, laboratory layout planning, and compatibility assessment before installation or integration.

• Compact Laboratory Format: The fixture format is suitable for small-scale battery research environments where sample handling, optical access, and efficient use of bench space are important operational considerations.

• Direct Cross-Section Observation: The design supports examination of exposed battery cross sections rather than limiting characterization to external surfaces. Researchers can therefore use the fixture within workflows focused on internal layers, interfaces, and material distribution.

• Flexible Research Utility: By combining microscopy and spectroscopic compatibility with two sample configurations, the equipment can serve battery development programs, materials investigations, and academic research projects with varying test requirements.

Applications

Technical Specifications

The following specifications are organized by configuration so buyers can compare sample capacity, fixture size, and testing capability directly. The site-facing identifiers distinguish the two reference-backed variants by their documented functional difference.

The standard configuration is the more compact option for samples within the 10 mm inner-diameter and 3 mm thickness limits. Its 115 mm by 28 mm by 60 mm fixture envelope provides a defined format for optical microscope, Raman, and infrared cross-section testing. This version is appropriate when the test procedure does not require the venting configuration described for the larger sample range.

The venting configuration is designed around a different combination of sample capacity and fixture geometry. It accepts batteries with an inner diameter of up to 12 mm and a thickness of up to 6 mm. Its fixture measures 188 mm long, 17.5 mm high, and 110 mm wide. In addition to optical microscopy, Raman, and infrared cross-section testing, this configuration supports venting-related optical test arrangements.

When selecting between the two versions, buyers should first verify the battery inner diameter and thickness. The standard version is limited to samples no larger than 10 mm in inner diameter and 3 mm in thickness. The venting version supports the larger documented limits of 12 mm inner diameter and 6 mm thickness. The required analytical method should then be confirmed, since both configurations support optical microscope, Raman, and infrared cross-section testing, while the venting version is intended for procedures requiring gas access.

The fixture dimensions should also be reviewed against the available microscope, Raman system, infrared instrument, stage, and laboratory working area. Length, height, and width are provided for both configurations to help procurement and engineering teams assess physical fit before ordering. These dimensional values are especially important when the equipment will be used with an existing optical platform or inside a controlled experimental setup.

For laboratories developing repeatable sample preparation and characterization procedures, using a dedicated fixture can make the testing workflow easier to define. The sample capacity limits establish an initial selection criterion, while the optical compatibility allows the same general equipment category to support several analysis methods. Researchers can therefore organize microscopy, Raman, and infrared examination around the configuration that matches their battery dimensions and venting requirements.

Why Choose This Product

• Purpose-Matched Engineering: The equipment is designed specifically around optical cross-section testing for solid-state battery samples rather than serving as a generic holder with undefined application limits.

• Clear Configuration Selection: Two documented variants make it easier to choose according to battery inner diameter, thickness, fixture envelope, and venting requirements. This reduces ambiguity during technical review and procurement.

• Broad Analytical Compatibility: Support for optical microscopy, Raman, and infrared cross-section testing gives research teams flexibility when characterization requirements change between projects or sample types.

• Defined Mechanical Footprint: Complete fixture dimensions are provided for both versions, helping laboratories evaluate instrument compatibility, bench placement, and integration requirements before purchase.

• Practical Research Investment: By combining solid-state battery sample capacity with multiple optical testing options, the equipment can support ongoing battery R&D and advanced materials programs without limiting the laboratory to a single analysis method.

Choose the configuration that matches your sample dimensions and test environment, and contact us for a quotation or a technical solution aligned with your optical characterization workflow.

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