Micro-CT(X-ray micro-computed tomography) is a non-destructive imaging technique that generates high-resolution, three-dimensional (3D) models of an object's internal structure. Also referred to as microtomography, this technology utilizes a microfocus X-ray tube to achieve resolution in the micrometer range. This capability allows for the visualization of fine details that standard medical CT scanners cannot resolve.
System Configurations
Micro-CT systems generally employ one of two mechanical configurations:
- Sample Rotation: The sample rotates between a stationary X-ray source and detector. This method offers superior mechanical stability and precision, making it the standard for industrial Micro-CT scanners manufactured by Matsusada Precision.
- Gantry Rotation: The X-ray source and detector rotate around a stationary sample. This configuration is typically reserved for in vivo research or medical applications where the subject cannot be moved.
Typical Applications
Micro-CT is widely used for research, quality assurance, and failure analysis across various industries:
- Electronics: Inspection of BGAs, soldering voids, and electronic components.
- Materials Science: Analysis of composites, polymers, foams, and fibers.
- Manufacturing: Defect detection in castings and validation of additive manufacturing (3D printing) parts.
- Life Sciences: Observation of bone structures, seeds, pharmaceuticals, and soft tissues.
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