X-ray Tomography (Micro-CT) Analysis
| Parameter | Specification |
|---|---|
| Technique | X-ray Computed Tomography (Micro-CT) |
| Analysis Type | Non-destructive 3D imaging |
| Spatial Resolution | ~1–10 µm (system and sample dependent) |
| X-ray Energy Range | Configurable (material dependent) |
| Contrast Mechanism | X-ray absorption contrast |
| Volume Reconstruction | Full 3D volumetric datasets |
| Porosity Analysis | Volume %, pore size and distribution |
| Defect Detection | Cracks, voids, inclusions |
| Sample Type | Bulk components, composites, porous solids |
| Sample Size | Small to medium components (size dependent) |
| Sample Preparation | Minimal (mounting only) |
| Information Obtained | Internal morphology, density variation, defect distribution |
| Typical Use Cases | Composites, castings, ceramics, additively manufactured parts |
Payment. Payment upon receipt of goods, Payment by card in the department, Google Pay, Online card, -5% discount in case of payment
Warranty. The Consumer Protection Act does not provide for the return of this product of proper quality.
Description
Advanced X-ray Tomography service for non-destructive three-dimensional internal structure analysis of materials and components. X-ray tomography enables visualization and quantification of internal features such as porosity, cracks, inclusions, and density variations without altering the sample.
Key Applications
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Internal defect and porosity analysis
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Void, crack, and inclusion detection
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Structural integrity and quality assessment
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Composite and multi-material evaluation
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Failure analysis without sample destruction
Specifications
Sample Preparation Support
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Sample size and geometry evaluation
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Mounting and orientation optimization
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Scan parameter selection based on material density
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Guidance for contrast optimization in multi-material systems
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(X-ray tomography preserves the sample for further testing and complementary analysis.)
Deliverables
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3D reconstructed volumetric datasets
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Cross-sectional slice images
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Quantitative porosity and defect analysis
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Visual renderings and videos (if requested)
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Expert interpretation linked to material integrity
Who Should Use This Service
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Composite and ceramic material developers
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Additive manufacturing and casting industries
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Quality control and reliability teams
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Failure analysis and structural validation groups
Important Note
X-ray tomography resolution and contrast depend on material density, thickness, and geometry.
Very fine nanoscale features may require complementary techniques such as SEM, TEM, or FIB-based analysis.
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