Micro-CT is a non-destructive high-resolution three-dimensional imaging technology, widely used in materials science, biomedicine, industrial inspection and other fields. By scanning samples with X-rays and capturing image data from all angles, Micro-CT can accurately reconstruct the internal 3D structure of samples to conduct non-destructive testing and analysis at the microscopic scale.
Micro-CT boasts a high resolution down to the micron or even submicron level. It is suitable for internal imaging of complex structures and delivers sharper images with finer details than conventional X-ray and CT scanning. It enables precise analysis of internal defects, pores, cracks and microstructures inside materials, making it an essential tool for scientific research and industrial applications.
High-resolution 3D imaging: It achieves tomographic imaging with spatial resolution at micron or even submicron level.
Non-destructive testing: Internal structural analysis can be performed without cutting or damaging the sample.
Multi-angle rotational scanning: High-quality projection data is collected via a precision rotary stage.
Advanced 3D reconstruction algorithm: It supports rapid reconstruction and high-quality volume data output.
Diverse analysis functions: Quantitative analysis of porosity, cracks, size distribution and other parameters is available.
Highly automated software: It supports automatic scanning procedures and data management.
| Parameter | Specification | Description |
|---|---|---|
| Resolution | 1 μm and below | Deliver high-resolution images for microstructural inspection. |
| Scanning Time | ≤ 60 minutes (subject to sample size) | Fast scanning; most samples can be tested within 30 minutes. |
| X-ray Source | High-energy X-ray source (adjustable voltage) | Voltage range: 30 kV – 100 kV, compatible with various materials. |
| Detector Type | Flat-panel detector | Produces sharp images with high contrast to guarantee data accuracy. |
| Sample Size | Max. Φ 100 mm (larger sizes optional) | Accommodates samples of various sizes for flexible experimental design. |
| Image Reconstruction | 3D reconstruction software | Adopts advanced algorithms to generate high-quality 3D images. |
| Operation Interface | Touchscreen + software control | Intuitive and user-friendly interface streamlines the analysis workflow. |
| Data Export | TIFF, PNG, JPG formats | Supports multiple file formats for post-processing and report generation. |
Application Type | Sample Type | Analysis Content | Imaging Characteristics | Application Direction | Remarks |
Semiconductor Packaging Inspection | Chips / Packages | Internal Defects and Interconnection Structures | High-resolution 3D Imaging | Semiconductor Research | Non-destructive Testing |
Material Porosity Analysis | Porous Materials | Porosity and Distribution | Quantitative Analysis | Materials Science | Widely Used in Scientific Research |
Biological Sample Imaging | Tissues / Bionic Structures | 3D Reconstruction of Internal Structures | High-contrast Imaging | Biological Research | Non-destructive |
Teaching and Scientific Research | Standard Samples | 3D Structure Visualization | Intuitive Operation | University Teaching | Demonstration Experiments |
Biological sample imaging

Equipment Schematic Diagram



Company Address:
Huai'an (Headquarters): No. 7, Meigao Road, Qingpu Industrial Park, Qingjiangpu District, Huai'an City, Jiangsu Province
Suzhou: 4th Floor, Building D, China-Netherlands Innovation Harbor, No. 588 Xiangrong Road, Beihejing Sub-district, Xiangcheng District, Suzhou City, Jiangsu Province
Email:service@abner-nano.com
Contact Number: 13327968688 Mr. Yan

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